UPSC Current Affairs Quiz : 17 January 2025

The Current Affairs Quiz 2024 is a daily quiz based on the DAILY CURRENT AFFAIRS AND PIB SUMMARY from the previous day, as posted on our website. It covers all relevant news sources and is designed to test your knowledge of current events. Solving these questions will help you retain both concepts and facts relevant to the UPSC IAS civil services exam.

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• Question 1 of 10 1. Question 1 points Consider the following statements regarding the U.S. Entity List: It applies only to entities involved in nuclear or defense technologies. Entities can be added to the list for activities counter to U.S. foreign policy. Inclusion in the list requires congressional approval. How many of the above statements are incorrect? a) Only one b) Only two c) All three d) None Correct Solution: b) Statement 1 is incorrect because the Entity List applies to various sectors, including AI, semiconductors, and more. Statement 2 is correct as activities counter to U.S. foreign policy can lead to inclusion. Statement 3 is incorrect because inclusion is determined administratively by the Bureau of Industry and Security, not Congress. The United States recently removed three Indian nuclear entities Bhabha Atomic Research Centre (BARC), Indira Gandhi Atomic Research Centre (IGCAR), and Indian Rare Earths (IRE) from its restrictive Entity List. About Entity List: What is the Entity List? The Entity Listis published by the U.S. Bureau of Industry and Security (BIS) and includes foreign entities—businesses, institutions, or organizations—subject to stringent licensing requirements for the export, re-export, or transfer of specified items. Entities are listed if they are suspected of engaging in activities against U.S. national securityor foreign policy interests. Impact of Listing: Stringent Licensing Requirements:Entities must secure individual licenses for any export or transaction involving U.S. goods and technologies. Hindered International Cooperation:Being on the list complicates access to advanced technologies and partnerships. Economic and Strategic Limitations:Limits participation in global supply chains, especially in high-tech sectors. Incorrect Solution: b) Statement 1 is incorrect because the Entity List applies to various sectors, including AI, semiconductors, and more. Statement 2 is correct as activities counter to U.S. foreign policy can lead to inclusion. Statement 3 is incorrect because inclusion is determined administratively by the Bureau of Industry and Security, not Congress. The United States recently removed three Indian nuclear entities Bhabha Atomic Research Centre (BARC), Indira Gandhi Atomic Research Centre (IGCAR), and Indian Rare Earths (IRE) from its restrictive Entity List. About Entity List: What is the Entity List? The Entity Listis published by the U.S. Bureau of Industry and Security (BIS) and includes foreign entities—businesses, institutions, or organizations—subject to stringent licensing requirements for the export, re-export, or transfer of specified items. Entities are listed if they are suspected of engaging in activities against U.S. national securityor foreign policy interests. Impact of Listing: Stringent Licensing Requirements:Entities must secure individual licenses for any export or transaction involving U.S. goods and technologies. Hindered International Cooperation:Being on the list complicates access to advanced technologies and partnerships. Economic and Strategic Limitations:Limits participation in global supply chains, especially in high-tech sectors.

#### 1. Question

Consider the following statements regarding the U.S. Entity List:

• It applies only to entities involved in nuclear or defense technologies.

• Entities can be added to the list for activities counter to U.S. foreign policy.

• Inclusion in the list requires congressional approval.

How many of the above statements are incorrect?

• a) Only one

• b) Only two

• c) All three

Solution: b)

Statement 1 is incorrect because the Entity List applies to various sectors, including AI, semiconductors, and more.

Statement 2 is correct as activities counter to U.S. foreign policy can lead to inclusion.

Statement 3 is incorrect because inclusion is determined administratively by the Bureau of Industry and Security, not Congress.

The United States recently removed three Indian nuclear entities Bhabha Atomic Research Centre (BARC), Indira Gandhi Atomic Research Centre (IGCAR), and Indian Rare Earths (IRE) from its restrictive Entity List.

About Entity List:

• What is the Entity List? The Entity Listis published by the U.S. Bureau of Industry and Security (BIS) and includes foreign entities—businesses, institutions, or organizations—subject to stringent licensing requirements for the export, re-export, or transfer of specified items. Entities are listed if they are suspected of engaging in activities against U.S. national securityor foreign policy interests.

• The Entity Listis published by the U.S. Bureau of Industry and Security (BIS) and includes foreign entities—businesses, institutions, or organizations—subject to stringent licensing requirements for the export, re-export, or transfer of specified items.

• Entities are listed if they are suspected of engaging in activities against U.S. national securityor foreign policy interests.

• Impact of Listing: Stringent Licensing Requirements:Entities must secure individual licenses for any export or transaction involving U.S. goods and technologies. Hindered International Cooperation:Being on the list complicates access to advanced technologies and partnerships. Economic and Strategic Limitations:Limits participation in global supply chains, especially in high-tech sectors.

• Stringent Licensing Requirements:Entities must secure individual licenses for any export or transaction involving U.S. goods and technologies.

• Hindered International Cooperation:Being on the list complicates access to advanced technologies and partnerships.

• Economic and Strategic Limitations:Limits participation in global supply chains, especially in high-tech sectors.

Solution: b)

Statement 1 is incorrect because the Entity List applies to various sectors, including AI, semiconductors, and more.

Statement 2 is correct as activities counter to U.S. foreign policy can lead to inclusion.

Statement 3 is incorrect because inclusion is determined administratively by the Bureau of Industry and Security, not Congress.

About Entity List:

• Entities are listed if they are suspected of engaging in activities against U.S. national securityor foreign policy interests.

• Stringent Licensing Requirements:Entities must secure individual licenses for any export or transaction involving U.S. goods and technologies.

• Hindered International Cooperation:Being on the list complicates access to advanced technologies and partnerships.

• Economic and Strategic Limitations:Limits participation in global supply chains, especially in high-tech sectors.

• Question 2 of 10 2. Question 1 points Consider the following statements about the 1975 Indo-Bangladesh Joint Agreement: It allowed the free movement of goods and people across the border without restrictions. It mandated the construction of permanent fencing along the entire border. It resolved the dispute over the Tin Bigha Corridor. How many of the above statements are correct? a) Only one b) Only two c) All three d) None Correct Solution: d) The agreement did not allow unrestricted movement, mandate fencing, or address the Tin Bigha Corridor dispute (resolved later in 2011). About 1975 Indo-Bangladesh Joint Agreement: What it is: A bilateral guideline for border management to maintain peace and avoid disputes. Key Features: Prohibits constructing defense structures within 150 yards of the international border. Encourages bilateral discussions for border issues, ensuring mutual respect and cooperation. Why Disputed: Fencing Definition: India does not consider wire fencing a defense structure, while Bangladesh does. Security Concerns: High incidents of cattle smuggling, human trafficking, and illegal immigration necessitate fencing, which Bangladesh views as a disruption to local livelihoods. Smart Fencing Opposition: Bangladesh opposes smart fences with CCTV and electronic surveillance near the border, citing privacy concerns. Status of Fencing: Total Fenced: 3,141 km of the 4,156 km border (Ministry of Home Affairs, 2023). Pending Issues: Non-cooperation from local authorities in West Bengal and land acquisition delays. Difficult terrain, including 900 km of riverine border, complicates fencing efforts. Incorrect Solution: d) The agreement did not allow unrestricted movement, mandate fencing, or address the Tin Bigha Corridor dispute (resolved later in 2011). About 1975 Indo-Bangladesh Joint Agreement: What it is: A bilateral guideline for border management to maintain peace and avoid disputes. Key Features: Prohibits constructing defense structures within 150 yards of the international border. Encourages bilateral discussions for border issues, ensuring mutual respect and cooperation. Why Disputed: Fencing Definition: India does not consider wire fencing a defense structure, while Bangladesh does. Security Concerns: High incidents of cattle smuggling, human trafficking, and illegal immigration necessitate fencing, which Bangladesh views as a disruption to local livelihoods. Smart Fencing Opposition: Bangladesh opposes smart fences with CCTV and electronic surveillance near the border, citing privacy concerns. Status of Fencing: Total Fenced: 3,141 km of the 4,156 km border (Ministry of Home Affairs, 2023). Pending Issues: Non-cooperation from local authorities in West Bengal and land acquisition delays. Difficult terrain, including 900 km of riverine border, complicates fencing efforts.

#### 2. Question

Consider the following statements about the 1975 Indo-Bangladesh Joint Agreement:

• It allowed the free movement of goods and people across the border without restrictions.

• It mandated the construction of permanent fencing along the entire border.

• It resolved the dispute over the Tin Bigha Corridor.

How many of the above statements are correct?

• a) Only one

• b) Only two

• c) All three

Solution: d)

The agreement did not allow unrestricted movement, mandate fencing, or address the Tin Bigha Corridor dispute (resolved later in 2011).

About 1975 Indo-Bangladesh Joint Agreement:

• What it is: A bilateral guideline for border management to maintain peace and avoid disputes.

• Key Features: Prohibits constructing defense structures within 150 yards of the international border. Encourages bilateral discussions for border issues, ensuring mutual respect and cooperation.

• Prohibits constructing defense structures within 150 yards of the international border.

• Encourages bilateral discussions for border issues, ensuring mutual respect and cooperation.

Why Disputed:

• Fencing Definition: India does not consider wire fencing a defense structure, while Bangladesh does.

• Security Concerns: High incidents of cattle smuggling, human trafficking, and illegal immigration necessitate fencing, which Bangladesh views as a disruption to local livelihoods.

• Smart Fencing Opposition: Bangladesh opposes smart fences with CCTV and electronic surveillance near the border, citing privacy concerns.

Status of Fencing:

• Total Fenced: 3,141 km of the 4,156 km border (Ministry of Home Affairs, 2023).

• Pending Issues: Non-cooperation from local authorities in West Bengal and land acquisition delays. Difficult terrain, including 900 km of riverine border, complicates fencing efforts.

• Non-cooperation from local authorities in West Bengal and land acquisition delays.

• Difficult terrain, including 900 km of riverine border, complicates fencing efforts.

Solution: d)

The agreement did not allow unrestricted movement, mandate fencing, or address the Tin Bigha Corridor dispute (resolved later in 2011).

About 1975 Indo-Bangladesh Joint Agreement:

• What it is: A bilateral guideline for border management to maintain peace and avoid disputes.

• Prohibits constructing defense structures within 150 yards of the international border.

• Encourages bilateral discussions for border issues, ensuring mutual respect and cooperation.

Why Disputed:

• Fencing Definition: India does not consider wire fencing a defense structure, while Bangladesh does.

• Security Concerns: High incidents of cattle smuggling, human trafficking, and illegal immigration necessitate fencing, which Bangladesh views as a disruption to local livelihoods.

• Smart Fencing Opposition: Bangladesh opposes smart fences with CCTV and electronic surveillance near the border, citing privacy concerns.

Status of Fencing:

• Total Fenced: 3,141 km of the 4,156 km border (Ministry of Home Affairs, 2023).

• Pending Issues: Non-cooperation from local authorities in West Bengal and land acquisition delays. Difficult terrain, including 900 km of riverine border, complicates fencing efforts.

• Non-cooperation from local authorities in West Bengal and land acquisition delays.

• Difficult terrain, including 900 km of riverine border, complicates fencing efforts.

• Question 3 of 10 3. Question 1 points Consider the following statements about the significance of INS Vaghsheer: It is equipped with Air Independent Propulsion (AIP) technology from inception. It enhances India’s underwater deterrence capabilities. It is the final submarine under Project 75. How many of the above statements are correct? a) Only one b) Only two c) All three d) None Correct Solution: b) Statements 2 and 3 are correct. INS Vaghsheer bolsters India’s underwater combat strength and is the final submarine under Project 75. Statement 1 is incorrect, as AIP technology is planned for future upgrades, not included from inception. About Commissioned Ships: Ship Name Built By Project Name Features Significance INS Nilgiri Mazagon Dock Shipbuilders Limited (MDL), Mumbai, and Garden Reach Shipbuilders and Engineers (GRSE), Kolkata Project 17A (Nilgiri-class stealth frigates) – Multi-mission stealth frigate for “blue water” operations First of seven frigates under Project 17A, ensuring versatile capability in anti-air, anti-surface, and anti-submarine warfare – Equipped with supersonic surface-to-surface missiles, Medium Range Surface-to-Air Missiles (MRSAMs), and advanced close-in weapon systems INS Surat Mazagon Dock Shipbuilders Limited (MDL), Mumbai Project 15B (Visakhapatnam-class stealth guided missile destroyers) – India’s first AI-enabled warship Fourth and final destroyer of Project 15B, enhancing India’s offensive and defensive naval capabilities – Equipped with surface-to-air missiles, anti-ship missiles, and torpedoes – Powered by a Combined Gas and Gas (COGAG) propulsion system, achieving speeds exceeding 30 knots – Designed for “network-centric” warfare INS Vaghsheer Mazagon Dock Shipbuilders Limited (MDL), Mumbai Project 75 (Kalvari-class submarines) – Diesel-electric attack submarine based on the French Scorpene-class design Sixth and final submarine under Project 75, reinforcing India’s underwater combat and intelligence-gathering capabilities – Equipped with wire-guided torpedoes, anti-ship missiles, and advanced sonar systems – Features modular construction with future upgrade potential for Air Independent Propulsion (AIP) technology Incorrect Solution: b) Statements 2 and 3 are correct. INS Vaghsheer bolsters India’s underwater combat strength and is the final submarine under Project 75. Statement 1 is incorrect, as AIP technology is planned for future upgrades, not included from inception. About Commissioned Ships: Ship Name Built By Project Name Features Significance INS Nilgiri Mazagon Dock Shipbuilders Limited (MDL), Mumbai, and Garden Reach Shipbuilders and Engineers (GRSE), Kolkata Project 17A (Nilgiri-class stealth frigates) – Multi-mission stealth frigate for “blue water” operations First of seven frigates under Project 17A, ensuring versatile capability in anti-air, anti-surface, and anti-submarine warfare – Equipped with supersonic surface-to-surface missiles, Medium Range Surface-to-Air Missiles (MRSAMs), and advanced close-in weapon systems INS Surat Mazagon Dock Shipbuilders Limited (MDL), Mumbai Project 15B (Visakhapatnam-class stealth guided missile destroyers) – India’s first AI-enabled warship Fourth and final destroyer of Project 15B, enhancing India’s offensive and defensive naval capabilities – Equipped with surface-to-air missiles, anti-ship missiles, and torpedoes – Powered by a Combined Gas and Gas (COGAG) propulsion system, achieving speeds exceeding 30 knots – Designed for “network-centric” warfare INS Vaghsheer Mazagon Dock Shipbuilders Limited (MDL), Mumbai Project 75 (Kalvari-class submarines) – Diesel-electric attack submarine based on the French Scorpene-class design Sixth and final submarine under Project 75, reinforcing India’s underwater combat and intelligence-gathering capabilities – Equipped with wire-guided torpedoes, anti-ship missiles, and advanced sonar systems – Features modular construction with future upgrade potential for Air Independent Propulsion (AIP) technology

#### 3. Question

Consider the following statements about the significance of INS Vaghsheer:

• It is equipped with Air Independent Propulsion (AIP) technology from inception.

• It enhances India’s underwater deterrence capabilities.

• It is the final submarine under Project 75.

How many of the above statements are correct?

• a) Only one

• b) Only two

• c) All three

Solution: b)

Statements 2 and 3 are correct. INS Vaghsheer bolsters India’s underwater combat strength and is the final submarine under Project 75. Statement 1 is incorrect, as AIP technology is planned for future upgrades, not included from inception.

About Commissioned Ships:

Ship Name | Built By | Project Name | Features | Significance

INS Nilgiri | Mazagon Dock Shipbuilders Limited (MDL), Mumbai, and Garden Reach Shipbuilders and Engineers (GRSE), Kolkata | Project 17A (Nilgiri-class stealth frigates) | – Multi-mission stealth frigate for “blue water” operations | First of seven frigates under Project 17A, ensuring versatile capability in anti-air, anti-surface, and anti-submarine warfare

– Equipped with supersonic surface-to-surface missiles, Medium Range Surface-to-Air Missiles (MRSAMs), and advanced close-in weapon systems

INS Surat | Mazagon Dock Shipbuilders Limited (MDL), Mumbai | Project 15B (Visakhapatnam-class stealth guided missile destroyers) | – India’s first AI-enabled warship | Fourth and final destroyer of Project 15B, enhancing India’s offensive and defensive naval capabilities

– Equipped with surface-to-air missiles, anti-ship missiles, and torpedoes

– Powered by a Combined Gas and Gas (COGAG) propulsion system, achieving speeds exceeding 30 knots

– Designed for “network-centric” warfare

INS Vaghsheer | Mazagon Dock Shipbuilders Limited (MDL), Mumbai | Project 75 (Kalvari-class submarines) | – Diesel-electric attack submarine based on the French Scorpene-class design | Sixth and final submarine under Project 75, reinforcing India’s underwater combat and intelligence-gathering capabilities

– Equipped with wire-guided torpedoes, anti-ship missiles, and advanced sonar systems

– Features modular construction with future upgrade potential for Air Independent Propulsion (AIP) technology

Solution: b)

About Commissioned Ships:

Ship Name | Built By | Project Name | Features | Significance

– Equipped with supersonic surface-to-surface missiles, Medium Range Surface-to-Air Missiles (MRSAMs), and advanced close-in weapon systems

– Equipped with surface-to-air missiles, anti-ship missiles, and torpedoes

– Powered by a Combined Gas and Gas (COGAG) propulsion system, achieving speeds exceeding 30 knots

– Designed for “network-centric” warfare

– Equipped with wire-guided torpedoes, anti-ship missiles, and advanced sonar systems

– Features modular construction with future upgrade potential for Air Independent Propulsion (AIP) technology

• Question 4 of 10 4. Question 1 points Which of the following best describes the concept of “Blood Money” (Diya) under Islamic Sharia law? a) A mandatory state-imposed fine for all criminal offenses. b) A form of penalty exclusively for crimes against property. c) Compensation paid by the offender to the victim or their family in cases of unintentional or intentional homicide. d) A fixed sum determined by international human rights law. Correct Solution: c) Blood Money (Diya) is a provision under Islamic Sharia law where the offender compensates the victim or their family for unintentional or intentional homicide, as a form of restorative justice. It is not applicable to property crimes or determined by international law. What is Blood Money? Blood money, or diya, is a provision under Islamic Sharia law that allows a perpetrator to compensate the victim or their family in cases of unintentional murder, culpable homicide, or even intentional murder if the victim’s family chooses to forgo retribution (qisas). The aim is not to place a price on life but to alleviate the family’s loss and suffering. How does it work? Reconciliation: Blood money is often negotiated between the perpetrator and the victim’s family, with judicial oversight ensuring fairness. Amount Determination: Factors like gender, religion, and nationality of the victim influence the compensation in many Islamic countries. Legal Duality: Even when blood money is accepted, the state may impose separate punitive measures, such as imprisonment or fines, to maintain public order. Incorrect Solution: c) Blood Money (Diya) is a provision under Islamic Sharia law where the offender compensates the victim or their family for unintentional or intentional homicide, as a form of restorative justice. It is not applicable to property crimes or determined by international law. What is Blood Money? Blood money, or diya, is a provision under Islamic Sharia law that allows a perpetrator to compensate the victim or their family in cases of unintentional murder, culpable homicide, or even intentional murder if the victim’s family chooses to forgo retribution (qisas). The aim is not to place a price on life but to alleviate the family’s loss and suffering. How does it work? Reconciliation: Blood money is often negotiated between the perpetrator and the victim’s family, with judicial oversight ensuring fairness. Amount Determination: Factors like gender, religion, and nationality of the victim influence the compensation in many Islamic countries. Legal Duality: Even when blood money is accepted, the state may impose separate punitive measures, such as imprisonment or fines, to maintain public order.

#### 4. Question

Which of the following best describes the concept of “Blood Money” (Diya) under Islamic Sharia law?

• a) A mandatory state-imposed fine for all criminal offenses.

• b) A form of penalty exclusively for crimes against property.

• c) Compensation paid by the offender to the victim or their family in cases of unintentional or intentional homicide.

• d) A fixed sum determined by international human rights law.

Solution: c)

Blood Money (Diya) is a provision under Islamic Sharia law where the offender compensates the victim or their family for unintentional or intentional homicide, as a form of restorative justice. It is not applicable to property crimes or determined by international law.

What is Blood Money?

• Blood money, or diya, is a provision under Islamic Sharia law that allows a perpetrator to compensate the victim or their family in cases of unintentional murder, culpable homicide, or even intentional murder if the victim’s family chooses to forgo retribution (qisas).

• The aim is not to place a price on life but to alleviate the family’s loss and suffering.

How does it work?

• Reconciliation: Blood money is often negotiated between the perpetrator and the victim’s family, with judicial oversight ensuring fairness.

• Amount Determination: Factors like gender, religion, and nationality of the victim influence the compensation in many Islamic countries.

• Legal Duality: Even when blood money is accepted, the state may impose separate punitive measures, such as imprisonment or fines, to maintain public order.

Solution: c)

What is Blood Money?

• The aim is not to place a price on life but to alleviate the family’s loss and suffering.

How does it work?

• Reconciliation: Blood money is often negotiated between the perpetrator and the victim’s family, with judicial oversight ensuring fairness.

• Amount Determination: Factors like gender, religion, and nationality of the victim influence the compensation in many Islamic countries.

• Legal Duality: Even when blood money is accepted, the state may impose separate punitive measures, such as imprisonment or fines, to maintain public order.

• Question 5 of 10 5. Question 1 points What is the primary goal of the “One Rocket, Two Missions” initiative? a) To showcase the capabilities of private-sector companies in lunar exploration. b) To explore the lunar South Pole using a single spacecraft. c) To reduce the cost of interplanetary missions by using a reusable rocket system. d) To establish a permanent human presence on the Moon. Correct Solution: a) The initiative highlights the role of private-sector companies in space exploration by launching two distinct lunar missions aboard a single SpaceX Falcon 9 rocket, focusing on cost-effective and innovative lunar technologies. About One Rocket, Two Missions: What it is: A SpaceX Falcon 9 rocket recently launched two lunar spacecraft, Blue Ghost and Resilience, under NASA’s CLPS program and Japan’s private-sector initiatives, respectively. These missions aim to deliver scientific payloads and demonstrate advanced technologies for future lunar operations. Nations involved: United States: Through NASA’s CLPS program, promoting cost-effective lunar exploration via commercial partners. Japan: Represented by ispace, a Tokyo-based private company, contributing with innovative technology like the Tenacious micro rover. Satellites and Payloads Launched: Blue Ghost: Developed by Firefly Aerospace (U.S.). Carries 10 NASA scientific instruments for studying Earth’s magnetosphere, lunar dust, and the Moon’s thermal and structural properties. Focused on navigation and computing technology demonstrations in harsh lunar environments. Resilience: Developed by ispace-Europe (Luxembourg subsidiary of Japan’s ispace). Features Tenacious, a micro rover equipped with a high-definition camera and regolith-scooping technology. Aims to investigate the Moon’s far north, Mare Frigoris. Significance: Technological Advancements: Both missions are testing advanced navigation, computing, and robotic systems essential for future lunar sustainability. Global Collaboration: Highlights international partnerships between private companies and government agencies to achieve lunar exploration goals. Sustained Lunar Economy: A stepping stone for establishing long-term human presence on the Moon under NASA’s Artemis program. Innovation in Exploration: Demonstrates cost-effective approaches to achieving complex space missions. Incorrect Solution: a) The initiative highlights the role of private-sector companies in space exploration by launching two distinct lunar missions aboard a single SpaceX Falcon 9 rocket, focusing on cost-effective and innovative lunar technologies. About One Rocket, Two Missions: What it is: A SpaceX Falcon 9 rocket recently launched two lunar spacecraft, Blue Ghost and Resilience, under NASA’s CLPS program and Japan’s private-sector initiatives, respectively. These missions aim to deliver scientific payloads and demonstrate advanced technologies for future lunar operations. Nations involved: United States: Through NASA’s CLPS program, promoting cost-effective lunar exploration via commercial partners. Japan: Represented by ispace, a Tokyo-based private company, contributing with innovative technology like the Tenacious micro rover. Satellites and Payloads Launched: Blue Ghost: Developed by Firefly Aerospace (U.S.). Carries 10 NASA scientific instruments for studying Earth’s magnetosphere, lunar dust, and the Moon’s thermal and structural properties. Focused on navigation and computing technology demonstrations in harsh lunar environments. Resilience: Developed by ispace-Europe (Luxembourg subsidiary of Japan’s ispace). Features Tenacious, a micro rover equipped with a high-definition camera and regolith-scooping technology. Aims to investigate the Moon’s far north, Mare Frigoris. Significance: Technological Advancements: Both missions are testing advanced navigation, computing, and robotic systems essential for future lunar sustainability. Global Collaboration: Highlights international partnerships between private companies and government agencies to achieve lunar exploration goals. Sustained Lunar Economy: A stepping stone for establishing long-term human presence on the Moon under NASA’s Artemis program. Innovation in Exploration: Demonstrates cost-effective approaches to achieving complex space missions.

#### 5. Question

What is the primary goal of the “One Rocket, Two Missions” initiative?

• a) To showcase the capabilities of private-sector companies in lunar exploration.

• b) To explore the lunar South Pole using a single spacecraft.

• c) To reduce the cost of interplanetary missions by using a reusable rocket system.

• d) To establish a permanent human presence on the Moon.

Solution: a)

The initiative highlights the role of private-sector companies in space exploration by launching two distinct lunar missions aboard a single SpaceX Falcon 9 rocket, focusing on cost-effective and innovative lunar technologies.

About One Rocket, Two Missions:

• What it is: A SpaceX Falcon 9 rocket recently launched two lunar spacecraft, Blue Ghost and Resilience, under NASA’s CLPS program and Japan’s private-sector initiatives, respectively. These missions aim to deliver scientific payloads and demonstrate advanced technologies for future lunar operations.

Nations involved:

• United States: Through NASA’s CLPS program, promoting cost-effective lunar exploration via commercial partners.

• Japan: Represented by ispace, a Tokyo-based private company, contributing with innovative technology like the Tenacious micro rover.

Satellites and Payloads Launched:

• Blue Ghost: Developed by Firefly Aerospace (U.S.). Carries 10 NASA scientific instruments for studying Earth’s magnetosphere, lunar dust, and the Moon’s thermal and structural properties. Focused on navigation and computing technology demonstrations in harsh lunar environments.

• Developed by Firefly Aerospace (U.S.).

• Carries 10 NASA scientific instruments for studying Earth’s magnetosphere, lunar dust, and the Moon’s thermal and structural properties.

• Focused on navigation and computing technology demonstrations in harsh lunar environments.

• Resilience: Developed by ispace-Europe (Luxembourg subsidiary of Japan’s ispace). Features Tenacious, a micro rover equipped with a high-definition camera and regolith-scooping technology. Aims to investigate the Moon’s far north, Mare Frigoris.

• Developed by ispace-Europe (Luxembourg subsidiary of Japan’s ispace).

• Features Tenacious, a micro rover equipped with a high-definition camera and regolith-scooping technology.

• Aims to investigate the Moon’s far north, Mare Frigoris.

Significance:

• Technological Advancements: Both missions are testing advanced navigation, computing, and robotic systems essential for future lunar sustainability.

• Global Collaboration: Highlights international partnerships between private companies and government agencies to achieve lunar exploration goals.

• Sustained Lunar Economy: A stepping stone for establishing long-term human presence on the Moon under NASA’s Artemis program.

• Innovation in Exploration: Demonstrates cost-effective approaches to achieving complex space missions.

Solution: a)

About One Rocket, Two Missions:

Nations involved:

• United States: Through NASA’s CLPS program, promoting cost-effective lunar exploration via commercial partners.

• Japan: Represented by ispace, a Tokyo-based private company, contributing with innovative technology like the Tenacious micro rover.

Satellites and Payloads Launched:

• Developed by Firefly Aerospace (U.S.).

• Carries 10 NASA scientific instruments for studying Earth’s magnetosphere, lunar dust, and the Moon’s thermal and structural properties.

• Focused on navigation and computing technology demonstrations in harsh lunar environments.

• Developed by ispace-Europe (Luxembourg subsidiary of Japan’s ispace).

• Features Tenacious, a micro rover equipped with a high-definition camera and regolith-scooping technology.

• Aims to investigate the Moon’s far north, Mare Frigoris.

Significance:

• Technological Advancements: Both missions are testing advanced navigation, computing, and robotic systems essential for future lunar sustainability.

• Global Collaboration: Highlights international partnerships between private companies and government agencies to achieve lunar exploration goals.

• Sustained Lunar Economy: A stepping stone for establishing long-term human presence on the Moon under NASA’s Artemis program.

• Innovation in Exploration: Demonstrates cost-effective approaches to achieving complex space missions.

• Question 6 of 10 6. Question 1 points Which of the following is the primary objective of germinating lobia seeds in microgravity aboard ISRO’s Compact Research Module for Orbital Plant Studies (CROPS)? a) To develop genetically modified seeds for terrestrial use. b) To evaluate seed resistance to cosmic radiation. c) To test plant growth under extraterrestrial atmospheric conditions. d) To study the effects of gravitational variations on plant biochemistry. Correct Solution: c) The primary objective of the CROPS experiment was to study plant growth in microgravity conditions similar to extraterrestrial environments, aiming to develop sustainable food systems for long-term space missions. About Lobia Seeds Germination in Space: What it is: ISRO’s experiment involved germinating lobia seeds aboard the CROPS module to study plant growth under microgravity conditions. The seeds sprouted successfully on the fourth day, with visible leaves by the fifth day, marking a milestone in India’s space research. Mission name: Compact Research Module for Orbital Plant Studies (CROPS). Seed/Plant Used: Lobia (black-eyed pea), a nutrient-dense plant ideal for space farming experiments. Aim: To develop sustainable food sources for long-term space missions. To test plant growth in conditions mimicking extraterrestrial environments, including microgravity and controlled atmospheric conditions. Significance of Success: Support for Space Missions: Enables astronauts to grow food, reducing dependency on pre-packaged supplies. Contributes to oxygen generation and CO₂ recycling aboard spacecraft. Technological Advancements: Demonstrates India’s capability to manage complex life-support systems in space. Provides insights into designing space habitats with integrated agriculture. Psychological Benefits: Tending to plants offers stress relief and improves mental health for astronauts. Global Contribution: Paves the way for India’s collaboration in global space farming initiatives, such as those on the International Space Station (ISS). Incorrect Solution: c) The primary objective of the CROPS experiment was to study plant growth in microgravity conditions similar to extraterrestrial environments, aiming to develop sustainable food systems for long-term space missions. About Lobia Seeds Germination in Space: What it is: ISRO’s experiment involved germinating lobia seeds aboard the CROPS module to study plant growth under microgravity conditions. The seeds sprouted successfully on the fourth day, with visible leaves by the fifth day, marking a milestone in India’s space research. Mission name: Compact Research Module for Orbital Plant Studies (CROPS). Seed/Plant Used: Lobia (black-eyed pea), a nutrient-dense plant ideal for space farming experiments. Aim: To develop sustainable food sources for long-term space missions. To test plant growth in conditions mimicking extraterrestrial environments, including microgravity and controlled atmospheric conditions. Significance of Success: Support for Space Missions: Enables astronauts to grow food, reducing dependency on pre-packaged supplies. Contributes to oxygen generation and CO₂ recycling aboard spacecraft. Technological Advancements: Demonstrates India’s capability to manage complex life-support systems in space. Provides insights into designing space habitats with integrated agriculture. Psychological Benefits: Tending to plants offers stress relief and improves mental health for astronauts. Global Contribution: Paves the way for India’s collaboration in global space farming initiatives, such as those on the International Space Station (ISS).

#### 6. Question

Which of the following is the primary objective of germinating lobia seeds in microgravity aboard ISRO’s Compact Research Module for Orbital Plant Studies (CROPS)?

• a) To develop genetically modified seeds for terrestrial use.

• b) To evaluate seed resistance to cosmic radiation.

• c) To test plant growth under extraterrestrial atmospheric conditions.

• d) To study the effects of gravitational variations on plant biochemistry.

Solution: c)

The primary objective of the CROPS experiment was to study plant growth in microgravity conditions similar to extraterrestrial environments, aiming to develop sustainable food systems for long-term space missions.

About Lobia Seeds Germination in Space:

• What it is:

• ISRO’s experiment involved germinating lobia seeds aboard the CROPS module to study plant growth under microgravity conditions. The seeds sprouted successfully on the fourth day, with visible leaves by the fifth day, marking a milestone in India’s space research.

• ISRO’s experiment involved germinating lobia seeds aboard the CROPS module to study plant growth under microgravity conditions.

• The seeds sprouted successfully on the fourth day, with visible leaves by the fifth day, marking a milestone in India’s space research.

• Mission name: Compact Research Module for Orbital Plant Studies (CROPS).

• Seed/Plant Used: Lobia (black-eyed pea), a nutrient-dense plant ideal for space farming experiments.

• To develop sustainable food sources for long-term space missions. To test plant growth in conditions mimicking extraterrestrial environments, including microgravity and controlled atmospheric conditions.

• To develop sustainable food sources for long-term space missions.

• To test plant growth in conditions mimicking extraterrestrial environments, including microgravity and controlled atmospheric conditions.

• Significance of Success:

• Support for Space Missions: Enables astronauts to grow food, reducing dependency on pre-packaged supplies. Contributes to oxygen generation and CO₂ recycling aboard spacecraft. Technological Advancements: Demonstrates India’s capability to manage complex life-support systems in space. Provides insights into designing space habitats with integrated agriculture. Psychological Benefits: Tending to plants offers stress relief and improves mental health for astronauts.

• Support for Space Missions: Enables astronauts to grow food, reducing dependency on pre-packaged supplies. Contributes to oxygen generation and CO₂ recycling aboard spacecraft.

• Enables astronauts to grow food, reducing dependency on pre-packaged supplies.

• Contributes to oxygen generation and CO₂ recycling aboard spacecraft.

• Technological Advancements: Demonstrates India’s capability to manage complex life-support systems in space. Provides insights into designing space habitats with integrated agriculture.

• Demonstrates India’s capability to manage complex life-support systems in space.

• Provides insights into designing space habitats with integrated agriculture.

• Psychological Benefits: Tending to plants offers stress relief and improves mental health for astronauts.

• Global Contribution: Paves the way for India’s collaboration in global space farming initiatives, such as those on the International Space Station (ISS).