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Silver Price in India (13th December 2023)

Silver Price In India (12th December 2023)

    Silver price in India is determined by international prices, which move in either direction. Other then that it also depends on currency movement of the rupee against the dollar. If the rupee falls against the dollar and international prices remain stable, silver will become more expensive.

Silver Price In India (16th December 2023)

Today Silver Price Per Gram/Kg in India (INR)

Gram

Silver Rate Today

Silver Rate Yesterday

Daily Price Change

1 Gram

₹75

₹75.70

₹-0.70

8 Gram

₹600

₹605.60

₹-5.60

10 Gram

₹750

₹757

₹-7

100 Gram

₹7,500

₹7,570

₹-70

1 Kg

₹75,000

₹75,700

₹-700

Also Read:- Silver Price in India (12th December 2023)

Silver Rate in India for Last 10 Days

Date

10 Gram

100 Gram

1 Kg

13 Dec, 2023

₹750.00

₹7,500.00

₹75,000.00

12 Dec, 2023

₹757.00

₹7,570.00

₹75,700.00

11 Dec, 2023

₹758.00

₹7,580.00

₹75,800.00

10 Dec, 2023

₹760.00

₹7,600.00

₹76,000.00

9 Dec, 2023

₹760.00

₹7,600.00

₹76,000.00

8 Dec, 2023

₹772.00

₹7,720.00

₹77,200.00

7 Dec, 2023

₹772.00

₹7,720.00

₹77,200.00

6 Dec, 2023

₹782.00

₹7,820.00

₹78,200.00

5 Dec, 2023

₹785.00

₹7,850.00

₹78,500.00

4 Dec, 2023

₹805.00

₹8,050.00

₹80,500.00

Factors That Can Influence Silver Prices​

  • US dollar stability will affect the price of silver.
  • If the dollar is strong the silver market price will be low.
  • If the dollar is weak; silver prices rise. Industrial demand for silver affects prices.
  • The metal in smart phones, computers, and digital TVs is increasing.
  • Silver is highly conductive and is used extensively in the electricity markets.
  • Industrial demand for silver can drive up prices as well.
  • Worldwide production numbers will affect prices.
  • As a precious metal, the price depends on its availability on the market.
  • Supply and demand are market indicators of the price of silver.
  • If inflation is high people will generally hedge their investments in gold and silver.
  • As demand increases, prices will rise along with demand.
  • The price of silver tends to be correlated with the price.

Here are some interesting facts about silver​

Silver is a fascinating metal with numerous unique properties and historical significance. Here are some interesting facts about silver:

  1. Symbol and Atomic Number: Silver’s chemical symbol is Ag, derived from the Latin word “argentum.” It has the atomic number 47 on the periodic table.

  2. High Electrical Conductivity: Silver is an exceptional conductor of electricity, even better than copper. This property makes it valuable in electronics, from batteries to solar panels and electrical circuits.

  3. Antimicrobial Properties: Silver has been known for its antimicrobial properties for centuries. It can kill bacteria, viruses, and fungi, which has led to its use in medical applications such as wound dressings and coatings for medical devices.

  4. Historical Value: Silver has been used as a form of currency for thousands of years and played a crucial role in the economies of many ancient civilizations. It was often used in coins and continues to be a popular investment in bullion and coins.

  5. Reflectivity: Silver has the highest reflectivity of any metal, which makes it extremely useful in mirrors, telescopes, and various optical instruments.

  6. Tarnishing: Silver tarnishes when exposed to air or certain chemicals, forming a dark layer called tarnish. However, this tarnish does not affect the metal’s properties and can be easily removed.

  7. Abundance: While silver is relatively rare compared to other metals, it’s more abundant in the Earth’s crust than gold. It’s often found in conjunction with other metals like lead, zinc, and copper.

  8. Photography: Silver compounds were extensively used in traditional photography. Silver halides, such as silver bromide and silver chloride, were used in photographic film and paper to capture and develop images.

  9. Jewelry and Ornaments: Silver has been used to make jewelry and decorative items for centuries due to its lustrous appearance and malleability. It’s commonly alloyed with other metals like copper to increase its hardness.

  10. Industrial Applications: Beyond its use in electronics, silver is utilized in various industrial applications, including in the production of mirrors, chemical catalysts, and even in the automotive industry.

  11. Investment and Speculation: Silver has been a popular investment commodity alongside gold. Its price can be more volatile than gold due to its industrial demand and speculative trading.

  12. Symbolism and Folklore: Silver has had symbolic importance in various cultures. It’s associated with purity, wealth, and often used in folklore and mythology across different civilizations.

These intriguing properties and historical significance have made silver a valuable metal in various industries, cultures, and applications throughout history and into the modern age.

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Kalpana Chawla – The Name That Inspires Millions | Success Story

Kalpana Chawla – The Name That Inspires Millions | Success Story

    “The remarkable journey of courage and the determination that made this Indian woman, hailing from a small town in Haryana, a citizen of the Milky Way will remain a source of pride for all Bharatvasis and Bharatvanshis,” these were the touching words of the former President of India, APJ Abdul Kalam who paid his tribute to Kalpana Chawla.

    Chawla, along with six other astronauts, lost their lives in the ill-fated Columbia Space Shuttle disaster in 2003. The entire world mourned her death. Sir Kalam added, “It will also inspire young Indians, especially women, to dream big and to work hard to realize their dreams.”  

Kalpana Chawla – The Name That Inspires Millions | Success Story

Who is Kalpana Chawla?

Kalpana Chawla – The Name That Inspires Millions | Success Story

Kalpana Chawla was an Indian-American astronaut and the first woman of Indian origin to travel to space. Born on March 17, 1962, in Karnal, Haryana, India, she was passionate about flying from a young age.

    Kalpana Chawla earned a Bachelor of Engineering degree in Aeronautical Engineering from Punjab Engineering College in India, before moving to the United States to pursue her passion for aerospace engineering. She obtained a Master of Science degree in Aerospace Engineering from the University of Texas and then a Doctorate in Aerospace Engineering from the University of Colorado.

    In 1994, Chawla was selected by NASA as an astronaut candidate and became a naturalized U.S. citizen. She flew on her first space mission aboard the Space Shuttle Columbia in 1997 as a mission specialist and primary robotic arm operator. This mission, designated STS-87, focused on conducting various scientific experiments.

    Tragically, on her second space mission, STS-107, which took place in 2003, the Space Shuttle Columbia disintegrated during re-entry into the Earth’s atmosphere, resulting in the loss of the entire crew. Kalpana Chawla, along with six other astronauts, lost her life in this tragic accident on February 1, 2003.

   Kalpana Chawla’s achievements, dedication to space exploration, and her contributions to science and technology continue to inspire people around the world. She remains an icon in the field of space exploration, particularly for her courage, passion, and commitment to pursuing her dreams despite the challenges she faced.

Childhood of Kalpana Chawla

    Kalpana Chawla, the first woman of Indian origin to travel to space, had a childhood rooted in ambition and a passion for flying.

    Born on March 17, 1962, in Karnal, Haryana, India, Kalpana was fascinated by the world of aviation from an early age. She grew up in a middle-class family and attended Tagore Baal Niketan School in Karnal, where her curiosity about airplanes and flying sparked. As a young girl, she often expressed her desire to become a pilot and soar through the skies.

    Kalpana’s determination to pursue her dream of flying airplanes was evident in her academic pursuits. She excelled in her studies and demonstrated a keen interest in mathematics and science, which paved the way for her career in aeronautical engineering.

    Her parents supported her aspirations and encouraged her to pursue her education in a field that interested her. Kalpana’s drive, coupled with her academic excellence, eventually led her to pursue a degree in Aeronautical Engineering at Punjab Engineering College in Chandigarh, India.

    Her childhood experiences, coupled with her passion for aviation, laid the foundation for her remarkable journey towards becoming an accomplished astronaut and a role model for aspiring scientists and aviators worldwide.

Kalpana Chawla – The Name That Inspires Millions | Success Story

Who named her Kalpana

    Kalpana Chawla was named by her parents. The name “Kalpana” in Sanskrit means “imagination” or “idea.” It reflects the creative and imaginative spirit that her parents wished to instill in her from the beginning. Her parents chose this name for her, symbolizing their aspirations and hopes for their daughter to dream big and achieve great things in life.

Education of Kalpana Chawla

    Kalpana Chawla pursued her education with a focus on aeronautical engineering and eventually became an accomplished astronaut. Here is an overview of her educational journey:

 

  1. Schooling in India: Kalpana Chawla received her early education in India. She attended Tagore Baal Niketan School in Karnal, Haryana, where her interest in flying and aviation began to develop.

  2. Bachelor’s Degree in Aeronautical Engineering: She graduated from Punjab Engineering College in Chandigarh, India, with a Bachelor of Engineering degree in Aeronautical Engineering. Her academic achievements and passion for aerospace engineering laid the foundation for her future career in space exploration.

  3. Master’s Degree in Aerospace Engineering: After completing her bachelor’s degree, Kalpana Chawla moved to the United States to further her studies. She obtained a Master of Science degree in Aerospace Engineering from the University of Texas at Arlington, focusing on her passion for aeronautics.

  4. Doctorate in Aerospace Engineering: Continuing her academic pursuits, Chawla earned a Ph.D. in Aerospace Engineering from the University of Colorado at Boulder. Her doctoral research specialized in the field of aerodynamics, further enhancing her expertise in aerospace engineering.

  Kalpana Chawla’s educational background in aeronautical and aerospace engineering provided her with the knowledge and skills required for her career in space exploration. Her dedication to academic excellence and her passion for aviation eventually led her to become an astronaut and fly on two Space Shuttle missions for NASA.

Success story and achievements of Kalpana Chawla.

    Kalpana Chawla’s life is a remarkable success story marked by her achievements, determination, and pioneering spirit in the field of aerospace engineering and space exploration. Here are some of her significant accomplishments:

  1. Becoming an Astronaut: Kalpana Chawla fulfilled her childhood dream of flying by becoming an astronaut. She was selected by NASA in 1994 and became a naturalized U.S. citizen to serve as a mission specialist on space shuttle missions.

  2. Space Missions: Chawla flew on two space missions. Her first mission was aboard the Space Shuttle Columbia (STS-87) in 1997, where she served as a mission specialist and primary robotic arm operator. Her second and final mission was on STS-107 in 2003.

  3. Contributions to Science: During her missions, Chawla conducted various scientific experiments related to materials processing, atmospheric studies, and space research, contributing to advancements in science and technology.

  4. Inspiration to Women and Girls: As the first woman of Indian origin in space, Kalpana Chawla inspired countless women and girls worldwide. Her achievements shattered barriers and encouraged aspiring scientists, engineers, and astronauts to pursue their dreams regardless of gender or background.

  5. Role Model: She became a role model and symbol of perseverance, dedication, and courage, demonstrating that with hard work and determination, one can overcome challenges and achieve extraordinary goals.

  6. Legacy: Kalpana Chawla’s legacy continues to inspire future generations. Her life story and contributions to space exploration remain a source of inspiration and motivation for individuals interested in science, engineering, and space exploration.

  7. Tragic Loss: Unfortunately, Kalpana Chawla and the crew of STS-107 faced a tragic fate. The Space Shuttle Columbia disintegrated upon re-entry into the Earth’s atmosphere on February 1, 2003, leading to the loss of the entire crew, including Chawla. Her tragic death was mourned globally, and she was remembered for her bravery and dedication to space exploration.

Also Read:- William Shakespeare: Biography

    Kalpana Chawla’s remarkable achievements and contributions to the field of aerospace engineering and space exploration have left an indelible mark on history. Her legacy as an astronaut and an inspiration to countless individuals continues to endure.

Death of Kalpana Chawla

    Kalpana Chawla, the accomplished astronaut and the first woman of Indian origin in space, tragically lost her life in the Space Shuttle Columbia disaster on February 1, 2003.

    Chawla was a crew member on the STS-107 mission aboard the Space Shuttle Columbia. The mission was dedicated to conducting scientific research experiments in various disciplines during its 16-day journey in space. However, during re-entry into the Earth’s atmosphere on the morning of February 1, 2003, the Space Shuttle suffered a catastrophic failure, leading to the disintegration of the orbiter.

    Tragically, Kalpana Chawla, along with the other six crew members, lost her life in the disaster. The entire nation of India, the space community, and the world mourned the loss of Chawla and her fellow astronauts.

    The investigation that followed focused on understanding the cause of the disaster and implementing measures to prevent such incidents in the future. Kalpana Chawla’s untimely death was a profound loss for the global space community, and she is remembered for her bravery, dedication, and contributions to space exploration. Her legacy continues to inspire aspiring astronauts and scientists worldwide.

What makes Kalpana Chawla ‘Superhero?’

    Kalpana Chawla is often regarded as a real-life superhero due to various qualities and accomplishments that set her apart and continue to inspire people:

  1. Courage and Determination: She displayed immense courage and determination in pursuing her dream of becoming an astronaut. Despite facing challenges and coming from a modest background, she worked hard and achieved her goal of flying into space.

  2. Trailblazer: As the first woman of Indian origin in space, Chawla broke barriers and paved the way for future generations of women in aerospace and science. Her achievements opened doors for others and inspired countless individuals, especially women and girls, to pursue careers in STEM fields.

  3. Academic Excellence: Kalpana Chawla excelled academically in aeronautical and aerospace engineering. Her dedication to education and her passion for learning laid the foundation for her success in becoming an astronaut.

  4. Contributions to Space Exploration: During her space missions, Chawla contributed to scientific research and experiments, furthering our understanding of various disciplines. Her dedication to advancing space exploration was evident in her work on these missions.

  5. Inspiration and Role Model: Her life story, perseverance, and accomplishments continue to serve as an inspiration and role model for individuals worldwide. She is admired for her dedication, professionalism, and commitment to her dreams.

  6. Global Impact: Kalpana Chawla’s tragic death in the Space Shuttle Columbia disaster led to a global outpouring of grief. Her legacy resonates across continents, reminding people of the risks and sacrifices associated with space exploration.

Kalpana Chawla’s life exemplifies qualities of resilience, perseverance, dedication, and the pursuit of excellence. Her remarkable journey from a small town in India to space exploration epitomizes the qualities of a superhero and continues to inspire generations to reach for the stars despite obstacles.

 

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What is artificial intelligence (AI)?

What is artificial intelligence (AI)?

    AI, or Artificial Intelligence, refers to the simulation of human intelligence in machines that are programmed to think, learn, and perform tasks typically requiring human intelligence. AI enables machines to analyze data, recognize patterns, make decisions, and solve problems in a manner similar to human cognition.

There are various subsets and approaches within AI:

Machine Learning: A subset of AI that allows machines to learn from data without being explicitly programmed. It involves algorithms that learn patterns and make predictions or decisions based on the input data.

Deep Learning: A type of machine learning that uses neural networks with many layers (deep neural networks) to process complex data. Deep learning excels in tasks like image and speech recognition, natural language processing, and more.

Natural Language Processing (NLP): It involves enabling machines to understand, interpret, and generate human language. NLP is behind applications like virtual assistants, language translation, sentiment analysis, etc.

Computer Vision: AI enables machines to interpret and understand visual information from images or videos. Computer vision is used in facial recognition, object detection, autonomous vehicles, and more.

Robotics: AI-driven robots are designed to perform tasks that typically require human intervention. They are utilized in manufacturing, healthcare, space exploration, and other industries.

    AI applications span various fields such as healthcare, finance, automotive, entertainment, education, and more. AI systems have the ability to analyze large volumes of data, learn from it, and make decisions or predictions, making them highly valuable in automation, optimization, and problem-solving.

    The field of AI continues to evolve rapidly, driven by advancements in technology, computational power, access to vast amounts of data, and innovative research. While AI presents numerous opportunities and benefits, it also raises ethical concerns, including data privacy, bias in algorithms, job displacement, and the impact on society, requiring careful consideration and ethical deployment.

Components and Techniques of AI:

  1. Machine Learning: It’s a subset of AI that focuses on enabling machines to learn from data without being explicitly programmed. It includes supervised learning, unsupervised learning, and reinforcement learning.

  2. Natural Language Processing (NLP): This field involves enabling machines to understand, interpret, and generate human language. NLP is the technology behind voice assistants, language translation, sentiment analysis, etc.

  3. Computer Vision: It allows machines to interpret and understand visual information from the real world. It’s used in facial recognition, object detection, autonomous vehicles, and more.

  4. Robotics: AI-driven robots are designed to perform tasks that typically require human intervention. They are used in various industries, including manufacturing, healthcare, and logistics.

Applications of AI:

  1. Healthcare: AI is used in diagnostics, personalized medicine, drug discovery, and remote patient monitoring to enhance healthcare services.

  2. Finance: AI is employed for fraud detection, algorithmic trading, risk assessment, and customer service in the financial sector.

  3. Automotive Industry: It’s utilized in self-driving cars, predictive maintenance, and improving the overall driving experience.

  4. Retail: AI powers recommendation systems, demand forecasting, inventory management, and personalized shopping experiences.

  5. Education: AI is used in adaptive learning platforms, intelligent tutoring systems, and automated grading systems.

Advantages And Disadvantages Of Artificial Intelligence [AI]

Also read:- How to make money from share market?

Ethical and Societal Implications:

AI raises ethical concerns related to privacy, bias in algorithms, job displacement due to automation, and its impact on society. Ensuring AI systems are fair, transparent, and aligned with ethical standards is crucial for its responsible deployment.

Overall, AI has the potential to transform industries, improve efficiency, and revolutionize the way we live and work, but it also requires careful consideration and regulation to address its ethical and societal impacts.

How AI will work in future

The future of Artificial Intelligence (AI) holds numerous possibilities and advancements that could significantly impact various aspects of our lives. Here are some potential ways AI might work in the future:

Advanced Machine Learning Algorithms: Future AI systems may utilize more sophisticated and efficient machine learning algorithms. This could lead to better predictions, faster learning, and improved decision-making capabilities across diverse applications.

AI in Healthcare: AI is expected to play a crucial role in healthcare, aiding in early disease detection, personalized medicine, drug discovery, and treatment optimization. AI-powered medical devices and diagnostic tools could revolutionize patient care.

Autonomous Vehicles: Advancements in AI will likely enhance autonomous vehicles, making them safer, more efficient, and capable of navigating complex environments. This could lead to widespread adoption of self-driving cars and improved transportation systems.

Natural Language Processing (NLP) and Conversational AI: Future AI systems are anticipated to have more natural and human-like interactions. NLP technologies will likely improve language understanding, making virtual assistants and chatbots more conversational and intuitive.

AI in Industry and Robotics: Industries are expected to increasingly rely on AI-powered robotics for automation and optimization of manufacturing processes, logistics, and supply chains. Robots equipped with AI could perform intricate tasks with precision.

Ethical and Explainable AI: Future AI models may prioritize ethics, fairness, and transparency. Efforts to create AI systems that are more explainable, interpretable, and accountable are likely to increase, addressing concerns about biases and decision-making opacity.

AI for Climate Change and Sustainability: AI could be utilized to tackle environmental challenges, such as climate modeling, resource optimization, and sustainable practices in various industries, contributing to a greener future.

AI-Augmented Creativity: AI tools might collaborate with humans in creative fields like art, music, design, and literature, aiding in idea generation, content creation, and artistic expression.

Personalization and Hyper-Personalization: AI-driven personalization is expected to become more refined, offering hyper-personalized experiences in entertainment, education, shopping, and more, tailored to individual preferences and behaviors.

AI Ethics and Regulation: There will likely be increased focus on AI ethics, privacy, and regulation. Developing and implementing ethical guidelines and regulatory frameworks to govern AI use will be crucial to ensure responsible deployment.

The future of AI will be shaped by continuous technological advancements, ethical considerations, societal needs, and regulatory frameworks. It holds great potential to positively impact various domains while requiring careful management to mitigate potential risks and ethical challenges.

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William Shakespeare: Biography

William Shakespeare: Biography

William Shakespeare, widely regarded as one of the greatest playwrights and poets in the English language, was born in Stratford-upon-Avon, England, in April 1564. He was baptized on April 26, so his actual birthdate is assumed to be a few days earlier. He is celebrated for his exceptional contributions to literature, particularly in the fields of drama and poetry.

William Shakespeare: Biography

Also Read:- Nitin Gadkari Biography: The Man Paving the Path to Progress

Shakespeare’s life is divided into several periods:

Early Life:

Birth and Childhood:

Born to John Shakespeare, a successful glove-maker and alderman, and Mary Arden, William was the third of eight children.

Education:

He attended the local grammar school in Stratford, where he would have studied Latin literature and other subjects.

Marriage and Family Life:

Marriage:

In 1582, Shakespeare married Anne Hathaway, and they had three children: Susanna, and twins Hamnet and Judith.

London and Theatrical Career:

Around 1585, Shakespeare moved to London, where he established himself as an actor and playwright.

Career and Works:

Writing:

He wrote numerous plays, including tragedies (like “Hamlet,” “Othello,” “Macbeth,” and “King Lear”), comedies (such as “A Midsummer Night’s Dream,” “Twelfth Night,” and “As You Like It”), and histories (like “Henry IV,” “Richard II,” and “Richard III”).

Poetry:

His collection of sonnets, 154 in total, also gained significant acclaim. These sonnets explore themes of love, beauty, mortality, and the passage of time.

Later Life and Legacy:

Return to Stratford:

Shakespeare retired to Stratford around 1613 after a successful career in the theater.

Death:

He passed away on April 23, 1616, in Stratford-upon-Avon at the age of 52.

Legacy:

Shakespeare’s works have had an immeasurable influence on literature, theater, and the English language. His plays have been translated into every major language and are performed more often than those of any other playwright. His impact on the English language is immense, having coined many phrases and words that are still in use today.

Controversies and Debates:

Authorship Debate:

Some theories speculate that Shakespeare might not have been the true author of the works attributed to him, but these claims lack substantial evidence and are widely rejected by the scholarly community.

Biographical Details:

Due to the lack of comprehensive records from his time, there are gaps in Shakespeare’s biography, leading to speculation and interpretation regarding certain aspects of his life.

Wealth

Whereas John Shakespeare had lost a fortune, his son managed to amass great wealth in his lifetime.

In 1597, he bought New Place, one of the largest properties in Stratford. In 1598, he is listed as a resident of Chapel Street ward, in which New Place was situated. In 1601, when his father died, he may also, as the eldest son, have inherited the two houses in Henley Street.

In 1602 Shakespeare paid £320 in cash to William Combe and his nephew John for roughly 107 acres of land in Old Stratford.

He also bought a cottage and more land in Chapel Lane. In 1605, for £440, Shakespeare bought a half-interest in a lease of many tithes which brought him an annual interest of £60. When he died in 1616, he was a man of substantial wealth.

Many of his plays were published in editions of varying quality and accuracy during his lifetime. In 1623, John Heminges andHenry Condell, two friends and fellow actors of Shakespeare, published the First Folio, a collected edition of his dramatic works that included all but two of the plays now recognised as Shakespeare’s. It was prefaced with a poem by Ben Jonson, in which Shakespeare is hailed, presciently, as “not of an age, but for all time”. In the 20th and 21st centuries, his work has been repeatedly adopted and rediscovered by new movements in scholarship and performance. His plays remain highly popular today and are constantly studied, performed, and reinterpreted in diverse cultural and political contexts throughout the world.

Despite the uncertainties and mysteries surrounding certain parts of his life, William Shakespeare’s literary legacy remains unparalleled, making him an iconic figure in the history of English literature and theater.

Table of Contents

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Silver Price In India (12th December 2023)

Silver price in India is determined by international prices, which move in either direction. Other then that it also depends on currency movement of the rupee against the dollar. If the rupee falls against the dollar and international prices remain stable, silver will become more expensive.

Silver Price In India (16th December 2023)

Today Silver Price Per Gram/Kg in India (INR)

Gram

Silver Rate Today

Silver Rate Yesterday

Daily Price Change

1 Gram

₹75.70

₹75.80

₹-0.10

8 Gram

₹605.60

₹606.40

₹-0.80

10 Gram

₹757

₹758

₹-1

100 Gram

₹7,570

₹7,580

₹-10

1 Kg

₹75,700

₹75,800

₹-100

Also Read:- Silver Price in India (11th December 2023)

Silver Rate in India for Last 10 Days

Date

10 Gram

100 Gram

1 Kg

12 Dec, 2023

₹757.00

₹7,570.00

₹75,700.00

11 Dec, 2023

₹758.00

₹7,580.00

₹75,800.00

10 Dec, 2023

₹760.00

₹7,600.00

₹76,000.00

9 Dec, 2023

₹760.00

₹7,600.00

₹76,000.00

8 Dec, 2023

₹772.00

₹7,720.00

₹77,200.00

7 Dec, 2023

₹772.00

₹7,720.00

₹77,200.00

6 Dec, 2023

₹782.00

₹7,820.00

₹78,200.00

5 Dec, 2023

₹785.00

₹7,850.00

₹78,500.00

4 Dec, 2023

₹805.00

₹8,050.00

₹80,500.00

3 Dec, 2023

₹805.00

₹8,050.00

₹80,500.00

Factors That Can Influence Silver Prices​

  • US dollar stability will affect the price of silver.
  • If the dollar is strong the silver market price will be low.
  • If the dollar is weak; silver prices rise. Industrial demand for silver affects prices.
  • The metal in smart phones, computers, and digital TVs is increasing.
  • Silver is highly conductive and is used extensively in the electricity markets.
  • Industrial demand for silver can drive up prices as well.
  • Worldwide production numbers will affect prices.
  • As a precious metal, the price depends on its availability on the market.
  • Supply and demand are market indicators of the price of silver.
  • If inflation is high people will generally hedge their investments in gold and silver.
  • As demand increases, prices will rise along with demand.
  • The price of silver tends to be correlated with the price.

Here are some interesting facts about silver​

Silver is a fascinating metal with numerous unique properties and historical significance. Here are some interesting facts about silver:

  1. Symbol and Atomic Number: Silver’s chemical symbol is Ag, derived from the Latin word “argentum.” It has the atomic number 47 on the periodic table.

  2. High Electrical Conductivity: Silver is an exceptional conductor of electricity, even better than copper. This property makes it valuable in electronics, from batteries to solar panels and electrical circuits.

  3. Antimicrobial Properties: Silver has been known for its antimicrobial properties for centuries. It can kill bacteria, viruses, and fungi, which has led to its use in medical applications such as wound dressings and coatings for medical devices.

  4. Historical Value: Silver has been used as a form of currency for thousands of years and played a crucial role in the economies of many ancient civilizations. It was often used in coins and continues to be a popular investment in bullion and coins.

  5. Reflectivity: Silver has the highest reflectivity of any metal, which makes it extremely useful in mirrors, telescopes, and various optical instruments.

  6. Tarnishing: Silver tarnishes when exposed to air or certain chemicals, forming a dark layer called tarnish. However, this tarnish does not affect the metal’s properties and can be easily removed.

  7. Abundance: While silver is relatively rare compared to other metals, it’s more abundant in the Earth’s crust than gold. It’s often found in conjunction with other metals like lead, zinc, and copper.

  8. Photography: Silver compounds were extensively used in traditional photography. Silver halides, such as silver bromide and silver chloride, were used in photographic film and paper to capture and develop images.

  9. Jewelry and Ornaments: Silver has been used to make jewelry and decorative items for centuries due to its lustrous appearance and malleability. It’s commonly alloyed with other metals like copper to increase its hardness.

  10. Industrial Applications: Beyond its use in electronics, silver is utilized in various industrial applications, including in the production of mirrors, chemical catalysts, and even in the automotive industry.

  11. Investment and Speculation: Silver has been a popular investment commodity alongside gold. Its price can be more volatile than gold due to its industrial demand and speculative trading.

  12. Symbolism and Folklore: Silver has had symbolic importance in various cultures. It’s associated with purity, wealth, and often used in folklore and mythology across different civilizations.

These intriguing properties and historical significance have made silver a valuable metal in various industries, cultures, and applications throughout history and into the modern age.

Blog

Gold Rate in Nagpur (12th December 2023)

Gold Rate in Nagpur (12th December 2023)

The gold rate in Nagpur, akin to the broader Indian market, exhibits consistent fluctuations, reflecting the dynamic nature of the precious metal market. At Financial Express, our unwavering commitment is to provide you with real-time updates on gold prices, ensuring that you are consistently well-informed about the latest trends. Based on the most recent data available, the gold rate in Nagpur as of Dec 12, 2023 for 22-karat gold priced at ₹5,675, and 24-carat gold valued at ₹6,191. Our primary objective is to equip you with accurate and timely information, empowering you to make informed decisions regarding your gold investments. Place your trust in Financial Express for the most current and dependable gold price in Nagpur.

Stay informed about silver prices in Nagpur with real-time updates available right here on our platform. We offer accurate pricing data, historical trends, and expert analysis to empower your investment decisions. Follow silver rates in Nagpur here to seize opportunities in the precious metals market.

Gold Rate In Nagpur (16th December 2023)

Also Read:- Gold Rate In Nagpur (11th December 2023)

Today 22 Carat Gold Price Per Gram in Nagpur (INR)

Gram

22K Today

22K Yesterday

Price Change

1 Gram

₹5,675

₹5,695

₹-20

8 Gram

₹45,400

₹45,560

₹-160

10 Gram

₹56,750

₹56,950

₹-200

100 Gram

₹5,67,500

₹5,69,500

₹-2,000

Today 24 Carat Gold Rate Per Gram in Nagpur (INR)

Gram

24K Today

24K Yesterday

Price Change

1 Gram

₹6,191

₹6,213

₹-22

8 Gram

₹49,528

₹49,704

₹-176

10 Gram

₹61,910

₹62,130

₹-220

100 Gram

₹6,19,100

₹6,21,300

₹-2,200

Today 18 Carat Gold Rate Per Gram in Nagpur (INR)

Gram

18K Today

18K Yesterday

Price Change

1 Gram

₹4,643

₹4,460

₹-17

8 Gram

₹37,144

₹37,280

₹-136

10 Gram

₹46,430

₹46,600

₹-170

100 Gram

₹4,64,300

₹4,66,000

₹-1,700

FAQ’s on Gold Rate in Nagpur
  1. What factors determine the price of gold in Nagpur?

    Gold prices in Nagpur depend on the rates of the yellow metal in the international markets, inflation, economic stability, import costs, and the value of the rupee against the dollar.

  2. When would be the best time to purchase gold?

    Gold can be purchased at any given time as per your needs. However, it is important that you check the purity of gold before buying it.

  3. How does 24 karat gold differ from 22 karat gold?

    No additional metals are added to 24 karat gold, while additional metals apart from gold are added to 22 karat gold. The percentage of pure metal in the case of 22 karat gold is around 92.

  4. Will the prices of gold differ from city to city?

    Yes, the prices of gold will be different in every city. The main reasons for the prices to vary in every city are transportation costs, the amount of gold that has been bought, and local taxes.

  5. Do the interest rates on fixed deposits affect gold prices?

    Yes, gold prices are affected by the interest rates on fixed deposits

Some basics details about Gold

Q: What is the chemical symbol for gold?

A: The chemical symbol for gold is Au, which comes from the Latin word “aurum.”

Q: What is the significance of gold in ancient civilizations?

A: Gold held immense significance in ancient civilizations due to its rarity, durability, and lustrous appearance. It was associated with wealth, power, and divine attributes. Many cultures used gold in religious ceremonies, jewelry, and as a symbol of status and prestige.

Q: How is gold typically mined and extracted?

A: Gold is commonly mined through various methods, including open-pit mining, underground mining, and placer mining. Once mined, gold ore undergoes extraction processes such as crushing, grinding, and chemical treatment (cyanidation) to separate the gold from the ore.

Q: What are the unique properties of gold that make it valuable?

A: Gold possesses unique properties like high malleability, ductility, conductivity, and resistance to corrosion, making it highly valuable in various industries, especially in electronics, jewelry, and as a financial asset.

Q: What is the primary use of gold in today’s world?

A: While gold has several applications, its primary uses include jewelry making, investment in the form of bullion and coins, and industrial purposes like electronics and dentistry due to its conductivity and non-reactive nature.

Q: How does the price of gold fluctuate in the market?

A: The price of gold is influenced by various factors such as supply and demand dynamics, geopolitical events, inflation rates, currency fluctuations, and investor sentiment. It is traded on global commodity exchanges and its price is subject to market speculation and economic conditions.

Q: What is the term used to describe the purity of gold?

A: The purity of gold is measured in karats (or carats), with 24 karats being considered pure gold. Lower karat values indicate a lesser percentage of gold alloyed with other metals. For example, 18 karat gold is 75% pure gold mixed with other metals for durability.

Q: How does gold act as a hedge against inflation?

A: Gold is often considered a hedge against inflation because its value tends to rise during times of inflation or economic uncertainty. As the purchasing power of fiat currencies decreases, investors turn to gold as a store of value, preserving wealth in the face of currency devaluation.

Q: What is the largest consumer of gold worldwide?

A: The largest consumer of gold globally is the jewelry industry, accounting for a significant portion of the total annual gold demand. Countries like India and China have historically been major consumers of gold for jewelry-making purposes.

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Blog

IND vs SA T20I: First T20I match between South Africa and India called off due to rain, next match on 12th Dec

IND vs SA T20I: First T20I match between South Africa and India called off due to rain, next match on 12th Dec

India vs South Africa Highlights, 1st T20: IND vs SA, The T20 international between India and South Africa was called off as the rain continued in Durban. The two teams will now play the second T20 on Tuesday at Saint George’s Park cricket stadium

IND vs SA T20I: First T20I match between South Africa and India called off due to rain, next match on 12th Dec

Also Read:- Nitin Gadkari Biography: The Man Paving the Path to Progress

India vs South Africa Highlights, 1st T20: IND vs SA,

 India’s tour of South Africa began on a shaky note as the first T20 international was called off due to heavy rains in Durban. Cricket South Africa waited till the last moment as per the rules, but rains were showing no indication of stopping and finally the cricket administration decided to call off the match. 

The young Team India is welcomed by rains in Durban and the toss for the first T20 international is delayed. The covers are on the pitch and fans are praying to the rain gods as they want the match to start as soon as possible. 

Suryakumar Yadav led team India will take on the Proteas for the first out of the three-match T20I series. 

The Indians come into the match on a high, having won the series against the Aussies in their own backyard. However, Surya and company won’t take too much comfort from that win on home soil, as it came against a depleted Aussie line-up in the immediate aftermath of the World Cup, and the batting-friendly conditions in India helped their batsmen’s style.

Playing in South Africa, however, will be a different ball game altogether as the swinging and seaming conditions in the SENA country are unlikely to offer any solace to the Indian batsmen, especially batsmen like Shreyas Iyer who could once again be tested on his vulnerability to the short ball.

Meanwhile, there will be an opportunity for some players to simply seal their place in the India T20 XI ahead of the 2024 T20 World Cup, which is less than 6 months away. Players such as Rinku Singh, Jitesh Sharma, Ishan Kishan and Shreyas Iyer have all shown glimpses of good form but will need to continue their good form to make their case to the selectors.

Meanwhile, the Proteas will be without the services of experienced pacer Kagiso Rabada due to injury, while other pacers like Gerald Coetzee, Marco Jansen and Lungi Ngidi will return to their franchises after the second T20I to play domestic 4-day cricket.

India vs South Africa: When and where to watch?

India vs South Africa’s first T20 international will start at 7:30 PM as per the India time and the match is expected to go on till 10:30 midnight.

India vs South Africa’s first T20 international will be broadcast LIVE on Star Sports Network on television. For live-streaming of the India vs South Africa first T20I, the users can tune in to Disney+ Hotstar mobile application and website.

India vs South Africa: Squads

India’s T20 squad: Yashasvi Jaiswal, Shubman Gill, Ruturaj Gaikwad, Tilak Varma, Suryakumar Yadav (C), Rinku Singh, Shreyas Iyer, Ishan Kishan (wk), Jitesh Sharma (wk), Ravindra Jadeja (VC), Washington Sundar, Ravi Bishnoi, Kuldeep Yadav, Arshdeep Singh, Mohd. Siraj, Mukesh Kumar, Deepak Chahar.

South Africa T20 squad: Aiden Markram (c), Ottniel Baartman, Matthew Breetzke, Nandre Burger, Gerald Coetzee (1st and 2ndT20Is), Donovan Ferreira, Reeza Hendricks, Marco Jansen (1st and 2nd T20Is), Heinrich Klaasen, Keshav Maharaj, David Miller, Lungi Ngidi (1st and 2nd T20Is), Andile Phehlukwayo, Tabraiz Shamsi, Tristan Stubbs, and Lizaad Williams.

IND vs SA Live Updates: Skipper ‘SKY’ to lead team with ‘fearless approach’

IND vs SA Live Updates: Suryakumar Yadav has said that he will maintain a ‘fearless’ approach as he will lead India in the series. SKY will continue to lead the team after registering a 4-1 triumph against Australia in the five-match T20I series.

“The players put their hands up against Australia and came up with fearless cricket, and we need to play the same against South Africa. I just told them to do exactly what they do in franchise cricket,” he said.
IND vs SA T20I: First T20I match between South Africa and India called off due to rain, next match on 12th Dec
Blog

Nitin Gadkari Biography: The Man Paving the Path to Progress

Nitin Gadkari Biography: The Man Paving the Path to Progress

Nitin Gadkari Biography: The Man Paving the Path to Progress

Nitin Gadkari was born on 27th May 1957 in a Maharashtrian family with roots in agriculture in the orange-city Nagpur. 
Gadkari’s mother left a huge influence on his life.Nitin Gadkari's Biography

He imbibed and always practiced his mother’s kind-hearted and philanthropic nature of helping the needy even if it cut a hole in their modest resources.

By the mid-seventies the optimism of the early years of Independence was replaced with disillusionment. Disenchantment was building up among various sections of the society. The imposition of Emergency in 1975 only precipitated the angst of a betrayed populace. The extent of excesses carried out by the government then, shook Gadkari out of his comfort zone. As a student, he aggressively campaigned against the Emergency.

Gadkari got involved very closely with the Rashtriya Swayam Sevak Sangh (RSS) and the Akhil Bharatiya Vidyarthi Parishad (ABVP) and took to social work in a big way. He was particularly inspired by the RSS founder K. B. Hedgewar’s ideals of Humanity and Nation Building.

Also Read:- छत्रपति शिवाजी महाराज की जीवनी व इतिहास : Shivaji Maharaj Biography In Hindi

Nitin Gadkari is an Indian politician known for his significant contributions to Indian politics and infrastructure development. He was born on May 27, 1957, in Nagpur, Maharashtra, India. Gadkari has been associated with the Bharatiya Janata Party (BJP) for several decades and has held various prominent positions in both the party and the government.

Gadkari’s political journey began during his college days when he was actively involved in the Akhil Bharatiya Vidyarthi Parishad (ABVP), the student wing of the Rashtriya Swayamsevak Sangh (RSS). He completed his M.Com. and L.L.B. from Nagpur University and subsequently ventured into politics.

In the 1980s, Gadkari served as the Minister of Public Works Department (PWD) in the Government of Maharashtra. He gained recognition for his innovative approach and efforts in the development of infrastructure projects during his tenure. Later, he also held the position of the President of the BJP in Maharashtra.

Gadkari’s political career at the national level saw him becoming the President of the BJP from 2009 to 2013. During his tenure, the party witnessed significant growth and success, including in the 2014 general elections, where the BJP achieved a resounding victory under the leadership of Narendra Modi.

One of Gadkari’s key areas of focus has been infrastructure development. As the Minister of Road Transport & Highways and the Minister of Micro, Small and Medium Enterprises in the Union Cabinet, he introduced various initiatives to enhance road connectivity and improve transportation networks across the country. He aimed to boost economic growth and create job opportunities through these infrastructural advancements.

Known for his pragmatic approach and innovative ideas, Gadkari has been instrumental in promoting the use of alternative fuels, such as ethanol and biofuels, to reduce dependency on fossil fuels and mitigate environmental issues.

His work has garnered appreciation for its emphasis on sustainable development and modernizing India’s transportation and infrastructure sectors. Gadkari is recognized as a leader who actively works towards finding practical solutions for the betterment of the nation.

Nitin Gadkari’s journey in Indian politics and his significant contributions to infrastructure development have made him a respected figure in the political landscape of India. His visionary approach and dedication continue to leave a lasting impact on the country’s progress and development.

 Personal Life Nitin Jairam Gadkari

Full Name

Gadkari Nitin Jairam

Date of Birth

27 May 1957

Place of Birth

Nagpur (Maharashtra)

Party name

Bharatiya Janta Party (BJP)

Education

Graduate Professional

Father’s Name

Jairam Gadkari 

Mother’s Name

Bhanutai Gadkari 

Spouse’s Name

Kanchan Gadkari

Children

2 Son,1 Daughter

Religion

Hindu

Caste

Brahmin

Profession

Agriculture

Permanent address 

Gadkari Wada, Upadhye Road, Mahal,Nagpur- 440032, MaharashtraTel : (0712) 2727145, 09821080522 (M)Fax : (0712) 2727127

Present address

2, Motilal Nehru Place,New Delhi-110 001Tels. : (011) 23062019, 23063868, 09821080522(M)Fax : (011) 23062022

Education QualificationNitin Gadkari

Nitin Jairam Gadkari earned an M. Com. and an L.L.B. degree from Nagpur University.

Political Timeline of Nitin Jairam Gadkari

2019-2021

He was inducted into Modi’s cabinet as a Minister of Micro, Small, and Medium Enterprises departments.

2019 – Incumbent

He contested and won the 2019 Lok Sabha elections from Nagpur, where he defeated Congress rival Nana Patole by a margin of two lakh votes.

2017

Union Cabinet Minister, Water Resources, River Development and Ganga Rejuvenation

2014

Union Cabinet Minister, Rural Development; Panchayati Raj and Drinking Water and Sanitation (Additional Charge).

2014 – Incumbent

He was appointed as the Minister of Road Transport and Highways in Modi’s cabinet.

2019 – 2019

Gadkari was elected to the 16th Lok Sabha

2004

He became the President of BJP Maharashtra state in 2004.

1999

Leader of Opposition, Maharashtra Legislative Council.

1995

P.W.D. Minister, Government of Maharashtra.

1995

He became the Chairman of the Metropolis Beautification Committee of Maharashtra.

1995

He was the chairman of the mining policy implementation committee in Maharashtra and the Chairman of the National Rural Road Development Committee in the Government of India.

1995

He was the Founder and Chairman of MSRDC Ltd. and the guarding Minister of Nagpur district.

1995

He became the High Power Committee for Privatization in Maharashtra till 1999.

1985

He was the secretary in 1985 of the BJP Nagpur city. He became MLC for four consecutive years.

1979

He became the Secretary of the Vidharbha region in 1979. He later held all positions in the Nagpur University student council.

1976

Nitin Gadkari started his political career with ABVP.

Frequently Asked Questions (FAQs on Nitin Jairam Gadkari )

Q. Who is the current Minister for Road Transport & Highways of India?

A. Nitin Gadkari is the current Minister for Road Transport and Highways of India.

Q. How old is Nitin Gadkari?

A. Nitin Gadkari is 66 years old (As of 2023).

Q. What is Nitin Gadkari’s height?

A. Nitin Gadkari’s height is 5’6″.

Q. Does Nitin Gadkari have criminal cases?

A. Yes, Nitin Gadkari has 4 criminal cases.

Q. Who is Nitin Gadkari’s wife?

A. Smt. Kanchan Gadkari is the wife of Nitin Gadkari.

Q. What is Nitin Gadkari’s caste?

A. Nitin Gadkari belongs to a Hindu, Brahmin family.

Q. What is the qualification of Nitin Gadkari?

A. Nitin Gadkari pursued an M. Com. and L.L.B. degree from Nagpur University.

Q. From which party does Nitin Gadkari belong to?

A. Nitin Gadkari belongs to the Bharatiya Janata Party.

Q. Who is the longest serving Minister for Road Transport & Highways of India?

A. Nitin Gadkari is the longest-serving Minister for Road Transport & Highways of India.

Q. Who is Nitin Gadkari?

A. Nitin Gadkari serves as the current Minister for Road Transport & Highways of India

Nitin Jairam Gadkari Photoes

Blog

Silver Price in India (11th December 2023)

Silver Price in India (11th December 2023)

Silver price in India is determined by international prices, which move in either direction. Other then that it also depends on currency movement of the rupee against the dollar. If the rupee falls against the dollar and international prices remain stable, silver will become more expensive.

Silver Price In India (16th December 2023)

Today Silver Price Per Gram/Kg in India (INR)

Gram

Silver Rate Today

Silver Rate Yesterday

Daily Price Change

1 Gram

₹75.80

₹76

₹-0.20

8 Gram

₹606.40

₹608

₹-1.60

10 Gram

₹758

₹760

₹-2

100 Gram

₹7,580

₹7,600

₹-20

1 Kg

₹75,800

₹76,000

₹-200

Silver Rate in India for Last 10 Days

Date

10 Gram

100 Gram

1 Kg

11 Dec, 2023

₹758.00

₹7,580.00

₹75,800.00

10 Dec, 2023

₹760.00

₹7,600.00

₹76,000.00

9 Dec, 2023

₹760.00

₹7,600.00

₹76,000.00

8 Dec, 2023

₹772.00

₹7,720.00

₹77,200.00

7 Dec, 2023

₹772.00

₹7,720.00

₹77,200.00

6 Dec, 2023

₹782.00

₹7,820.00

₹78,200.00

5 Dec, 2023

₹785.00

₹7,850.00

₹78,500.00

4 Dec, 2023

₹805.00

₹8,050.00

₹80,500.00

3 Dec, 2023

₹805.00

₹8,050.00

₹80,500.00

2 Dec, 2023

₹805.00

₹8,050.00

₹80,500.00

Also Read:-Silver Price in India (9th December 2023)

Factors That Can Influence Silver Prices​

  • US dollar stability will affect the price of silver.
  • If the dollar is strong the silver market price will be low.
  • If the dollar is weak; silver prices rise. Industrial demand for silver affects prices.
  • The metal in smart phones, computers, and digital TVs is increasing.
  • Silver is highly conductive and is used extensively in the electricity markets.
  • Industrial demand for silver can drive up prices as well.
  • Worldwide production numbers will affect prices.
  • As a precious metal, the price depends on its availability on the market.
  • Supply and demand are market indicators of the price of silver.
  • If inflation is high people will generally hedge their investments in gold and silver.
  • As demand increases, prices will rise along with demand.
  • The price of silver tends to be correlated with the price.

Here are some interesting facts about silver​

Silver is a fascinating metal with numerous unique properties and historical significance. Here are some interesting facts about silver:

  1. Symbol and Atomic Number: Silver’s chemical symbol is Ag, derived from the Latin word “argentum.” It has the atomic number 47 on the periodic table.

  2. High Electrical Conductivity: Silver is an exceptional conductor of electricity, even better than copper. This property makes it valuable in electronics, from batteries to solar panels and electrical circuits.

  3. Antimicrobial Properties: Silver has been known for its antimicrobial properties for centuries. It can kill bacteria, viruses, and fungi, which has led to its use in medical applications such as wound dressings and coatings for medical devices.

  4. Historical Value: Silver has been used as a form of currency for thousands of years and played a crucial role in the economies of many ancient civilizations. It was often used in coins and continues to be a popular investment in bullion and coins.

  5. Reflectivity: Silver has the highest reflectivity of any metal, which makes it extremely useful in mirrors, telescopes, and various optical instruments.

  6. Tarnishing: Silver tarnishes when exposed to air or certain chemicals, forming a dark layer called tarnish. However, this tarnish does not affect the metal’s properties and can be easily removed.

  7. Abundance: While silver is relatively rare compared to other metals, it’s more abundant in the Earth’s crust than gold. It’s often found in conjunction with other metals like lead, zinc, and copper.

  8. Photography: Silver compounds were extensively used in traditional photography. Silver halides, such as silver bromide and silver chloride, were used in photographic film and paper to capture and develop images.

  9. Jewelry and Ornaments: Silver has been used to make jewelry and decorative items for centuries due to its lustrous appearance and malleability. It’s commonly alloyed with other metals like copper to increase its hardness.

  10. Industrial Applications: Beyond its use in electronics, silver is utilized in various industrial applications, including in the production of mirrors, chemical catalysts, and even in the automotive industry.

  11. Investment and Speculation: Silver has been a popular investment commodity alongside gold. Its price can be more volatile than gold due to its industrial demand and speculative trading.

  12. Symbolism and Folklore: Silver has had symbolic importance in various cultures. It’s associated with purity, wealth, and often used in folklore and mythology across different civilizations.

These intriguing properties and historical significance have made silver a valuable metal in various industries, cultures, and applications throughout history and into the modern age.

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