UPSC Current Affairs Quiz : 2 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 a Private Member’s Bill: It can only be introduced by MPs from the opposition parties. A Private Member’s Bill, if rejected, does not affect the government’s stability. Discussion of such Bills is limited to specific days in Parliament. How many of the above statements is/are correct? a) Only one b) Only two c) All three d) None Correct Solution: b) Statement 1 is incorrect because MPs from both ruling and opposition parties can introduce such Bills. Statement 2 is correct because Private Member’s Bills are non-binding and do not impact the government’s stability. Statement 3 is also correct since these Bills are scheduled for discussion on Fridays. What is a Private Member’s Bill? A legislative proposal introduced by Member of Parliament (MPs) who are not part of the government. Represents individual MPs’ legislative priorities or public issues outside the official government agenda. Can be introduced by both ruling and opposition party MPs. Features: Non-Binding: Rejection does not affect the government’s confidence or stability. Legislative Independence: Reflects the independent voice of parliamentarians. Historical Significance: Only 14 Private Members’ Billshave become law; the last was passed in 1970. Scheduling: Reserved for discussion on Fridays, limiting its time and priority. Procedure in the House: Drafting and Notice: The member drafts the Bill and gives a one-month notice before introduction. Introduction: Introduced in the House, followed by initial discussion and possible referral to a committee. Debate: If selected, the Bill is debated during the allotted Friday session. Decision: The member may withdraw it on the minister’s request or proceed for voting. Incorrect Solution: b) Statement 1 is incorrect because MPs from both ruling and opposition parties can introduce such Bills. Statement 2 is correct because Private Member’s Bills are non-binding and do not impact the government’s stability. Statement 3 is also correct since these Bills are scheduled for discussion on Fridays. What is a Private Member’s Bill? A legislative proposal introduced by Member of Parliament (MPs) who are not part of the government. Represents individual MPs’ legislative priorities or public issues outside the official government agenda. Can be introduced by both ruling and opposition party MPs. Features: Non-Binding: Rejection does not affect the government’s confidence or stability. Legislative Independence: Reflects the independent voice of parliamentarians. Historical Significance: Only 14 Private Members’ Billshave become law; the last was passed in 1970. Scheduling: Reserved for discussion on Fridays, limiting its time and priority. Procedure in the House: Drafting and Notice: The member drafts the Bill and gives a one-month notice before introduction. Introduction: Introduced in the House, followed by initial discussion and possible referral to a committee. Debate: If selected, the Bill is debated during the allotted Friday session. Decision: The member may withdraw it on the minister’s request or proceed for voting.

#### 1. Question

Consider the following statements regarding a Private Member’s Bill:

• It can only be introduced by MPs from the opposition parties.

• A Private Member’s Bill, if rejected, does not affect the government’s stability.

• Discussion of such Bills is limited to specific days in Parliament.

How many of the above statements is/are correct?

• a) Only one

• b) Only two

• c) All three

Solution: b)

Statement 1 is incorrect because MPs from both ruling and opposition parties can introduce such Bills. Statement 2 is correct because Private Member’s Bills are non-binding and do not impact the government’s stability.

Statement 3 is also correct since these Bills are scheduled for discussion on Fridays.

What is a Private Member’s Bill?

• A legislative proposal introduced by Member of Parliament (MPs) who are not part of the government.

• Represents individual MPs’ legislative priorities or public issues outside the official government agenda.

• Can be introduced by both ruling and opposition party MPs.

• Non-Binding: Rejection does not affect the government’s confidence or stability.

• Legislative Independence: Reflects the independent voice of parliamentarians.

• Historical Significance: Only 14 Private Members’ Billshave become law; the last was passed in 1970.

• Scheduling: Reserved for discussion on Fridays, limiting its time and priority.

Procedure in the House:

• Drafting and Notice: The member drafts the Bill and gives a one-month notice before introduction.

• Introduction: Introduced in the House, followed by initial discussion and possible referral to a committee.

• Debate: If selected, the Bill is debated during the allotted Friday session.

• Decision: The member may withdraw it on the minister’s request or proceed for voting.

Solution: b)

Statement 3 is also correct since these Bills are scheduled for discussion on Fridays.

What is a Private Member’s Bill?

• A legislative proposal introduced by Member of Parliament (MPs) who are not part of the government.

• Represents individual MPs’ legislative priorities or public issues outside the official government agenda.

• Can be introduced by both ruling and opposition party MPs.

• Non-Binding: Rejection does not affect the government’s confidence or stability.

• Legislative Independence: Reflects the independent voice of parliamentarians.

• Historical Significance: Only 14 Private Members’ Billshave become law; the last was passed in 1970.

• Scheduling: Reserved for discussion on Fridays, limiting its time and priority.

Procedure in the House:

• Drafting and Notice: The member drafts the Bill and gives a one-month notice before introduction.

• Introduction: Introduced in the House, followed by initial discussion and possible referral to a committee.

• Debate: If selected, the Bill is debated during the allotted Friday session.

• Decision: The member may withdraw it on the minister’s request or proceed for voting.

• Question 2 of 10 2. Question 1 points Consider the following statements about Exercise Surya Kiran: It is an annual bilateral exercise between India and Nepal. The exercise primarily focuses on maritime security and counter-piracy operations. It includes training in jungle warfare and disaster response. How many of the above statements is/are correct? a) Only one b) Only two c) All three d) None Correct Solution: b) Statement 1 is correct, as Exercise Surya Kiran is an annual bilateral military exercise between India and Nepal. Statement 3 is also correct because it includes training in jungle warfare and disaster management. Statement 2 is incorrect since it does not focus on maritime security but on counter-terrorism and jungle warfare. About Exercise Surya Kiran: Nations involved:India and Nepal. Location:Conducted at the Nepal Army Battle School, Saljhandi, in the Shivalik ranges of Western Nepal. Current Edition:18th edition. Aim:To enhance interoperability in counter-terrorism operations and jungle warfare in mountainous regions. Features:Includes jungle warfare training, simulation of counter-terrorism operations, and capacity-building exercises for joint disaster responses. Humanitarian Assistance:Focuses on disaster management and humanitarian relief during emergencies. Humanitarian Assistance: Focuses on disaster management and humanitarian relief during emergencies. Incorrect Solution: b) Statement 1 is correct, as Exercise Surya Kiran is an annual bilateral military exercise between India and Nepal. Statement 3 is also correct because it includes training in jungle warfare and disaster management. Statement 2 is incorrect since it does not focus on maritime security but on counter-terrorism and jungle warfare. About Exercise Surya Kiran: Nations involved:India and Nepal. Location:Conducted at the Nepal Army Battle School, Saljhandi, in the Shivalik ranges of Western Nepal. Current Edition:18th edition. Aim:To enhance interoperability in counter-terrorism operations and jungle warfare in mountainous regions. Features:Includes jungle warfare training, simulation of counter-terrorism operations, and capacity-building exercises for joint disaster responses. Humanitarian Assistance:Focuses on disaster management and humanitarian relief during emergencies. Humanitarian Assistance: Focuses on disaster management and humanitarian relief during emergencies.

#### 2. Question

Consider the following statements about Exercise Surya Kiran:

• It is an annual bilateral exercise between India and Nepal.

• The exercise primarily focuses on maritime security and counter-piracy operations.

• It includes training in jungle warfare and disaster response.

How many of the above statements is/are correct?

• a) Only one

• b) Only two

• c) All three

Solution: b)

Statement 1 is correct, as Exercise Surya Kiran is an annual bilateral military exercise between India and Nepal.

Statement 3 is also correct because it includes training in jungle warfare and disaster management. Statement 2 is incorrect since it does not focus on maritime security but on counter-terrorism and jungle warfare.

About Exercise Surya Kiran:

• Nations involved:India and Nepal.

• Location:Conducted at the Nepal Army Battle School, Saljhandi, in the Shivalik ranges of Western Nepal.

• Current Edition:18th edition.

• Aim:To enhance interoperability in counter-terrorism operations and jungle warfare in mountainous regions.

• Features:Includes jungle warfare training, simulation of counter-terrorism operations, and capacity-building exercises for joint disaster responses.

• Humanitarian Assistance:Focuses on disaster management and humanitarian relief during emergencies.

• Humanitarian Assistance: Focuses on disaster management and humanitarian relief during emergencies.

Solution: b)

Statement 1 is correct, as Exercise Surya Kiran is an annual bilateral military exercise between India and Nepal.

About Exercise Surya Kiran:

• Nations involved:India and Nepal.

• Location:Conducted at the Nepal Army Battle School, Saljhandi, in the Shivalik ranges of Western Nepal.

• Current Edition:18th edition.

• Aim:To enhance interoperability in counter-terrorism operations and jungle warfare in mountainous regions.

• Features:Includes jungle warfare training, simulation of counter-terrorism operations, and capacity-building exercises for joint disaster responses.

• Humanitarian Assistance:Focuses on disaster management and humanitarian relief during emergencies.

• Humanitarian Assistance: Focuses on disaster management and humanitarian relief during emergencies.

• Question 3 of 10 3. Question 1 points What is the primary reason for a belly landing of Aircraft? a) Pilot error during approach. b) Deliberate decision during routine landings. c) Landing gear malfunction or emergency conditions. d) Structural flaws in the fuselage design. Correct Solution: c) A belly landing is a controlled emergency maneuver typically conducted when landing gear fails to deploy or if using the landing gear could worsen the aircraft’s condition. It is not a routine procedure or caused by structural flaws in the fuselage. About Belly Landing: What it is: Definition:A belly landing occurs when an aircraft lands without deploying its landing gear, skidding on its underside (fuselage). Risk Level:It is inherently dangerous, with risks of fire, structural damage, and injuries. Why it is done: Landing Gear Failure:When the landing gear fails to deploy or extend correctly. Aircraft Damage:If landing on wheels risks worsening existing damage. Controlled Emergency:Considered safer than landing with gear down under specific emergency conditions. Extreme Scenarios:May be preferred during water landings (ditching) or severe runway conditions. Incorrect Solution: c) A belly landing is a controlled emergency maneuver typically conducted when landing gear fails to deploy or if using the landing gear could worsen the aircraft’s condition. It is not a routine procedure or caused by structural flaws in the fuselage. About Belly Landing: What it is: Definition:A belly landing occurs when an aircraft lands without deploying its landing gear, skidding on its underside (fuselage). Risk Level:It is inherently dangerous, with risks of fire, structural damage, and injuries. Why it is done: Landing Gear Failure:When the landing gear fails to deploy or extend correctly. Aircraft Damage:If landing on wheels risks worsening existing damage. Controlled Emergency:Considered safer than landing with gear down under specific emergency conditions. Extreme Scenarios:May be preferred during water landings (ditching) or severe runway conditions.

#### 3. Question

What is the primary reason for a belly landing of Aircraft?

• a) Pilot error during approach.

• b) Deliberate decision during routine landings.

• c) Landing gear malfunction or emergency conditions.

• d) Structural flaws in the fuselage design.

Solution: c)

A belly landing is a controlled emergency maneuver typically conducted when landing gear fails to deploy or if using the landing gear could worsen the aircraft’s condition. It is not a routine procedure or caused by structural flaws in the fuselage.

About Belly Landing:

• What it is:

• Definition:A belly landing occurs when an aircraft lands without deploying its landing gear, skidding on its underside (fuselage).

• Risk Level:It is inherently dangerous, with risks of fire, structural damage, and injuries.

Why it is done:

• Landing Gear Failure:When the landing gear fails to deploy or extend correctly.

• Aircraft Damage:If landing on wheels risks worsening existing damage.

• Controlled Emergency:Considered safer than landing with gear down under specific emergency conditions.

• Extreme Scenarios:May be preferred during water landings (ditching) or severe runway conditions.

Solution: c)

About Belly Landing:

• What it is:

• Definition:A belly landing occurs when an aircraft lands without deploying its landing gear, skidding on its underside (fuselage).

• Risk Level:It is inherently dangerous, with risks of fire, structural damage, and injuries.

Why it is done:

• Landing Gear Failure:When the landing gear fails to deploy or extend correctly.

• Aircraft Damage:If landing on wheels risks worsening existing damage.

• Controlled Emergency:Considered safer than landing with gear down under specific emergency conditions.

• Extreme Scenarios:May be preferred during water landings (ditching) or severe runway conditions.

• Question 4 of 10 4. Question 1 points What is the primary focus of Google’s Willow quantum processor? a) Enhancing artificial intelligence applications. b) Increasing data storage capacity. c) Improving quantum error correction and scalability. d) Developing room-temperature quantum computing. Correct Solution: c) Google’s Willow quantum processor, featuring 105 physical qubits, is designed primarily to improve quantum error correction and scalability. Quantum computers are highly sensitive to environmental disturbances, which can lead to errors in qubit states. To address this, Willow employs advanced error-correction techniques such as surface codes, which use a combination of data and measurement qubits to detect and mitigate errors without collapsing quantum states. Incorrect Solution: c) Google’s Willow quantum processor, featuring 105 physical qubits, is designed primarily to improve quantum error correction and scalability. Quantum computers are highly sensitive to environmental disturbances, which can lead to errors in qubit states. To address this, Willow employs advanced error-correction techniques such as surface codes, which use a combination of data and measurement qubits to detect and mitigate errors without collapsing quantum states.

#### 4. Question

What is the primary focus of Google’s Willow quantum processor?

• a) Enhancing artificial intelligence applications.

• b) Increasing data storage capacity.

• c) Improving quantum error correction and scalability.

• d) Developing room-temperature quantum computing.

Solution: c)

Google’s Willow quantum processor, featuring 105 physical qubits, is designed primarily to improve quantum error correction and scalability. Quantum computers are highly sensitive to environmental disturbances, which can lead to errors in qubit states. To address this, Willow employs advanced error-correction techniques such as surface codes, which use a combination of data and measurement qubits to detect and mitigate errors without collapsing quantum states.

Solution: c)

• Question 5 of 10 5. Question 1 points Which of the following is true regarding the geographic location of Trinidad and Tobago? a) It is located in the Pacific Ocean near the coast of South America. b) It is a landlocked country in South America. c) It lies between the Indian Ocean and the Arabian Sea. d) It is an island nation in the Caribbean, located in the Atlantic Ocean. Correct Solution: d) About Trinidad and Tobago: Capital:Port of Spain Location:Southernmost island nation in the Caribbean, situated 11 km northeast of Venezuela and 130 km south of Grenada. Trinidad and Tobago are located in the Atlantic Ocean. Geographic Features: Rivers:Ortoire River, Caroni River, and Nariva River (major rivers on the island of Trinidad). Mountains:Northern Range (Trinidad), including the highest peak, El Cerro del Aripo (940 meters). Incorrect Solution: d) About Trinidad and Tobago: Capital:Port of Spain Location:Southernmost island nation in the Caribbean, situated 11 km northeast of Venezuela and 130 km south of Grenada. Trinidad and Tobago are located in the Atlantic Ocean. Geographic Features: Rivers:Ortoire River, Caroni River, and Nariva River (major rivers on the island of Trinidad). Mountains:Northern Range (Trinidad), including the highest peak, El Cerro del Aripo (940 meters).

#### 5. Question

Which of the following is true regarding the geographic location of Trinidad and Tobago?

• a) It is located in the Pacific Ocean near the coast of South America.

• b) It is a landlocked country in South America.

• c) It lies between the Indian Ocean and the Arabian Sea.

• d) It is an island nation in the Caribbean, located in the Atlantic Ocean.

Solution: d)

About Trinidad and Tobago:

• Capital:Port of Spain

• Location:Southernmost island nation in the Caribbean, situated 11 km northeast of Venezuela and 130 km south of Grenada.

• Trinidad and Tobago are located in the Atlantic Ocean.

Geographic Features:

• Rivers:Ortoire River, Caroni River, and Nariva River (major rivers on the island of Trinidad).

• Mountains:Northern Range (Trinidad), including the highest peak, El Cerro del Aripo (940 meters).

Solution: d)

About Trinidad and Tobago:

• Capital:Port of Spain

• Location:Southernmost island nation in the Caribbean, situated 11 km northeast of Venezuela and 130 km south of Grenada.

• Trinidad and Tobago are located in the Atlantic Ocean.

Geographic Features:

• Rivers:Ortoire River, Caroni River, and Nariva River (major rivers on the island of Trinidad).

• Mountains:Northern Range (Trinidad), including the highest peak, El Cerro del Aripo (940 meters).

• Question 6 of 10 6. Question 1 points Which of the following is the primary goal of NASA’s Kessler Syndrome Mitigation efforts? a) To develop reusable launch vehicles for space missions b) To regulate international cooperation on space missions c) To prevent cascading collisions in orbit by limiting debris generation d) To remove defunct satellites and large debris from orbit Correct Solution: c) NASA’s Kessler Syndrome Mitigation focuses on preventing cascading collisions (where debris collisions create more debris) by promoting strategies to limit debris generation and improve space traffic management. Major Initiatives to Counter Space Debris: Kessler Syndrome Mitigation (NASA):Studies and strategies to avoid cascading collisions in orbit by limiting debris generation. Japan’s ELSA-d Mission:A demonstration by Astroscale for capturing and de-orbiting defunct satellites using magnetic capture technology. United Nations’ Guidelines for Long-Term Sustainability of Outer Space Activities:Non-binding recommendations for safe satellite operations, debris mitigation, and international cooperation. Active DebrisRemoval (ADR) Projects: Development of technologies like nets, harpoons, and lasers to capture or de-orbit debris (e.g., ESA and JAXA). Incorrect Solution: c) NASA’s Kessler Syndrome Mitigation focuses on preventing cascading collisions (where debris collisions create more debris) by promoting strategies to limit debris generation and improve space traffic management. Major Initiatives to Counter Space Debris: Kessler Syndrome Mitigation (NASA):Studies and strategies to avoid cascading collisions in orbit by limiting debris generation. Japan’s ELSA-d Mission:A demonstration by Astroscale for capturing and de-orbiting defunct satellites using magnetic capture technology. United Nations’ Guidelines for Long-Term Sustainability of Outer Space Activities:Non-binding recommendations for safe satellite operations, debris mitigation, and international cooperation. Active DebrisRemoval (ADR) Projects: Development of technologies like nets, harpoons, and lasers to capture or de-orbit debris (e.g., ESA and JAXA).

#### 6. Question

Which of the following is the primary goal of NASA’s Kessler Syndrome Mitigation efforts?

• a) To develop reusable launch vehicles for space missions

• b) To regulate international cooperation on space missions

• c) To prevent cascading collisions in orbit by limiting debris generation

• d) To remove defunct satellites and large debris from orbit

Solution: c)

NASA’s Kessler Syndrome Mitigation focuses on preventing cascading collisions (where debris collisions create more debris) by promoting strategies to limit debris generation and improve space traffic management.

Major Initiatives to Counter Space Debris:

• Kessler Syndrome Mitigation (NASA):Studies and strategies to avoid cascading collisions in orbit by limiting debris generation.

• Japan’s ELSA-d Mission:A demonstration by Astroscale for capturing and de-orbiting defunct satellites using magnetic capture technology.

• United Nations’ Guidelines for Long-Term Sustainability of Outer Space Activities:Non-binding recommendations for safe satellite operations, debris mitigation, and international cooperation.

• Active DebrisRemoval (ADR) Projects: Development of technologies like nets, harpoons, and lasers to capture or de-orbit debris (e.g., ESA and JAXA).

Solution: c)

Major Initiatives to Counter Space Debris:

• Kessler Syndrome Mitigation (NASA):Studies and strategies to avoid cascading collisions in orbit by limiting debris generation.

• Japan’s ELSA-d Mission:A demonstration by Astroscale for capturing and de-orbiting defunct satellites using magnetic capture technology.

• United Nations’ Guidelines for Long-Term Sustainability of Outer Space Activities:Non-binding recommendations for safe satellite operations, debris mitigation, and international cooperation.

• Active DebrisRemoval (ADR) Projects: Development of technologies like nets, harpoons, and lasers to capture or de-orbit debris (e.g., ESA and JAXA).

• Question 7 of 10 7. Question 1 points Consider the following statements regarding the Air Independent Propulsion System (AIP): AIP technology is exclusively used in nuclear submarines. 2. AIP systems carry liquid oxygen to enable underwater operations. 3. AIP reduces the detection vulnerability of submarines. 4. The AIP system is less compact compared to conventional diesel-electric systems. How many of the above statements is/are correct? a) Only one b) Only two c) Only three d) All four Correct Solution: b) Statement 1 is Incorrect. AIP technology is used in conventional diesel-electric submarines, not nuclear ones. Statement 2 is Correct. AIP systems carry liquid oxygen to generate electricity underwater. Statement 3 is Correct. AIP enhances stealth by reducing the need for surfacing, lowering detection vulnerability. Statement 4 is Incorrect. AIP systems are compact and efficient compared to conventional diesel-electric setups. About Air Independent Propulsion System (AIP): Definition: AIP is a technology that allows conventional diesel-electric submarinesto operate without surfacing or using a snorkel for oxygen. How it works: Uses fuel cells or other systems to generate electricity underwater. Carries liquid oxygen and either diesel, methanol, or hydrogen as fuel. Generates power through either electro-chemical cell (e.g., fuel cells) or heat engines. Features: Enhances underwater endurance significantly. Reduces vulnerability to detection during operation. Uses compact systems like fuel cells for efficiency and safety. Incorrect Solution: b) Statement 1 is Incorrect. AIP technology is used in conventional diesel-electric submarines, not nuclear ones. Statement 2 is Correct. AIP systems carry liquid oxygen to generate electricity underwater. Statement 3 is Correct. AIP enhances stealth by reducing the need for surfacing, lowering detection vulnerability. Statement 4 is Incorrect. AIP systems are compact and efficient compared to conventional diesel-electric setups. About Air Independent Propulsion System (AIP): Definition: AIP is a technology that allows conventional diesel-electric submarinesto operate without surfacing or using a snorkel for oxygen. How it works: Uses fuel cells or other systems to generate electricity underwater. Carries liquid oxygen and either diesel, methanol, or hydrogen as fuel. Generates power through either electro-chemical cell (e.g., fuel cells) or heat engines. Features: Enhances underwater endurance significantly. Reduces vulnerability to detection during operation. Uses compact systems like fuel cells for efficiency and safety.

#### 7. Question

Consider the following statements regarding the Air Independent Propulsion System (AIP): AIP technology is exclusively used in nuclear submarines. 2. AIP systems carry liquid oxygen to enable underwater operations. 3. AIP reduces the detection vulnerability of submarines. 4. The AIP system is less compact compared to conventional diesel-electric systems.

How many of the above statements is/are correct?

• a) Only one

• b) Only two

• c) Only three

• d) All four

Solution: b)

Statement 1 is Incorrect. AIP technology is used in conventional diesel-electric submarines, not nuclear ones.

Statement 2 is Correct. AIP systems carry liquid oxygen to generate electricity underwater.

Statement 3 is Correct. AIP enhances stealth by reducing the need for surfacing, lowering detection vulnerability.

Statement 4 is Incorrect. AIP systems are compact and efficient compared to conventional diesel-electric setups.

About Air Independent Propulsion System (AIP):

• Definition: AIP is a technology that allows conventional diesel-electric submarinesto operate without surfacing or using a snorkel for oxygen.

How it works:

• Uses fuel cells or other systems to generate electricity underwater.

• Carries liquid oxygen and either diesel, methanol, or hydrogen as fuel.

• Generates power through either electro-chemical cell (e.g., fuel cells) or heat engines.

• Enhances underwater endurance significantly.

• Reduces vulnerability to detection during operation.

• Uses compact systems like fuel cells for efficiency and safety.

Solution: b)

Statement 1 is Incorrect. AIP technology is used in conventional diesel-electric submarines, not nuclear ones.

Statement 2 is Correct. AIP systems carry liquid oxygen to generate electricity underwater.

Statement 3 is Correct. AIP enhances stealth by reducing the need for surfacing, lowering detection vulnerability.

Statement 4 is Incorrect. AIP systems are compact and efficient compared to conventional diesel-electric setups.

About Air Independent Propulsion System (AIP):

• Definition: AIP is a technology that allows conventional diesel-electric submarinesto operate without surfacing or using a snorkel for oxygen.

How it works:

• Uses fuel cells or other systems to generate electricity underwater.

• Carries liquid oxygen and either diesel, methanol, or hydrogen as fuel.

• Generates power through either electro-chemical cell (e.g., fuel cells) or heat engines.

• Enhances underwater endurance significantly.

• Reduces vulnerability to detection during operation.

• Uses compact systems like fuel cells for efficiency and safety.

• Question 8 of 10 8. Question 1 points Consider the following statements about the procedure for a Private Member’s Bill: It requires a one-month notice before introduction in the House. The Bill can be referred to a parliamentary committee for detailed examination. It must be approved by the President before introduction in Parliament. Which of the above statements are correct? a) 1 and 2 b) 2 and 3 c) 1 and 3 d) 1, 2, and 3 Correct Solution: a) Statement 1 is correct as MPs must provide a one-month notice before introducing the Bill in either House of Parliament. This notice period allows for the necessary procedural and administrative preparations. Statement 2 is also correct since Private Member’s Bills, like other legislative proposals, can be referred to a parliamentary committee for detailed examination. This ensures comprehensive scrutiny of the Bill’s provisions and implications before further consideration. Statement 3 is incorrect because a Private Member’s Bill does not require the President’s approval before its introduction. Presidential assent is relevant only after a Bill has been passed by both Houses of Parliament. Incorrect Solution: a) Statement 1 is correct as MPs must provide a one-month notice before introducing the Bill in either House of Parliament. This notice period allows for the necessary procedural and administrative preparations. Statement 2 is also correct since Private Member’s Bills, like other legislative proposals, can be referred to a parliamentary committee for detailed examination. This ensures comprehensive scrutiny of the Bill’s provisions and implications before further consideration. Statement 3 is incorrect because a Private Member’s Bill does not require the President’s approval before its introduction. Presidential assent is relevant only after a Bill has been passed by both Houses of Parliament.

#### 8. Question

Consider the following statements about the procedure for a Private Member’s Bill:

• It requires a one-month notice before introduction in the House.

• The Bill can be referred to a parliamentary committee for detailed examination.

• It must be approved by the President before introduction in Parliament.

Which of the above statements are correct?

• a) 1 and 2

• b) 2 and 3

• c) 1 and 3

• d) 1, 2, and 3

Solution: a)

Statement 1 is correct as MPs must provide a one-month notice before introducing the Bill in either House of Parliament. This notice period allows for the necessary procedural and administrative preparations.

Statement 2 is also correct since Private Member’s Bills, like other legislative proposals, can be referred to a parliamentary committee for detailed examination. This ensures comprehensive scrutiny of the Bill’s provisions and implications before further consideration.

Statement 3 is incorrect because a Private Member’s Bill does not require the President’s approval before its introduction. Presidential assent is relevant only after a Bill has been passed by both Houses of Parliament.

Solution: a)

• Question 9 of 10 9. Question 1 points Consider the following statements regarding superconducting qubits in the Willow processor: They operate at near absolute zero temperatures. They enhance coherence time, enabling longer computations. They use photonic states for quantum information processing. Which of the above statements are correct? a) 1 and 2 b) 2 and 3 c) 1 and 3 d) 1, 2, and 3 Correct Solution: a) Statement 1 is correct as superconducting qubits require temperatures near absolute zero for stability. Statement 2 is also correct since these qubits achieve a coherence time of 100 microseconds. Statement 3 is incorrect because Willow does not use photonic states; it uses superconducting qubits. About Willow Quantum AI: Willow is Google’s latest quantum processor with 105 physical qubits designed to enhance quantum error correction and scalability. Error Correction Protocols:Employs surface code with data and measurement qubits to detect and mitigate errors without collapsing qubit states. Superconducting Qubits:Operates at near absolute zero temperatures (-273.15° C) for maximum stability. Improved Coherence Time:Achieves 100 microseconds of coherence time, allowing qubits to hold information longer during computations. Leakage Error Management:Includes additional measurement qubits to manage leakage errors effectively. Incorrect Solution: a) Statement 1 is correct as superconducting qubits require temperatures near absolute zero for stability. Statement 2 is also correct since these qubits achieve a coherence time of 100 microseconds. Statement 3 is incorrect because Willow does not use photonic states; it uses superconducting qubits. About Willow Quantum AI: Willow is Google’s latest quantum processor with 105 physical qubits designed to enhance quantum error correction and scalability. Error Correction Protocols:Employs surface code with data and measurement qubits to detect and mitigate errors without collapsing qubit states. Superconducting Qubits:Operates at near absolute zero temperatures (-273.15° C) for maximum stability. Improved Coherence Time:Achieves 100 microseconds of coherence time, allowing qubits to hold information longer during computations. Leakage Error Management:Includes additional measurement qubits to manage leakage errors effectively.

#### 9. Question

Consider the following statements regarding superconducting qubits in the Willow processor:

• They operate at near absolute zero temperatures.

• They enhance coherence time, enabling longer computations.

• They use photonic states for quantum information processing.

Which of the above statements are correct?

• a) 1 and 2

• b) 2 and 3

• c) 1 and 3

• d) 1, 2, and 3

Solution: a)

Statement 1 is correct as superconducting qubits require temperatures near absolute zero for stability. Statement 2 is also correct since these qubits achieve a coherence time of 100 microseconds.

Statement 3 is incorrect because Willow does not use photonic states; it uses superconducting qubits.

About Willow Quantum AI:

• Willow is Google’s latest quantum processor with 105 physical qubits designed to enhance quantum error correction and scalability.

• Error Correction Protocols:Employs surface code with data and measurement qubits to detect and mitigate errors without collapsing qubit states.

• Superconducting Qubits:Operates at near absolute zero temperatures (-273.15° C) for maximum stability.

• Improved Coherence Time:Achieves 100 microseconds of coherence time, allowing qubits to hold information longer during computations.

• Leakage Error Management:Includes additional measurement qubits to manage leakage errors effectively.

Solution: a)

Statement 1 is correct as superconducting qubits require temperatures near absolute zero for stability. Statement 2 is also correct since these qubits achieve a coherence time of 100 microseconds.

Statement 3 is incorrect because Willow does not use photonic states; it uses superconducting qubits.

About Willow Quantum AI:

• Willow is Google’s latest quantum processor with 105 physical qubits designed to enhance quantum error correction and scalability.

• Error Correction Protocols:Employs surface code with data and measurement qubits to detect and mitigate errors without collapsing qubit states.

• Superconducting Qubits:Operates at near absolute zero temperatures (-273.15° C) for maximum stability.

• Improved Coherence Time:Achieves 100 microseconds of coherence time, allowing qubits to hold information longer during computations.

• Leakage Error Management:Includes additional measurement qubits to manage leakage errors effectively.

• Question 10 of 10 10. Question 1 points Which of the following is critical for preventing an aircraft from flipping during a belly landing? a) Rapid descent with full throttle. b) Complete shutdown of aerodynamic surfaces. c) Level alignment with wings parallel to the ground. d) Full deployment of the landing gear. Correct Solution: c) During a belly landing, level alignment ensures that the wings remain parallel to the ground, preventing the aircraft from flipping or breaking apart. Other factors, such as deploying landing gear, are not applicable in belly landings. Technique behind it: Level Alignment: The aircraft must touch down with wings absolutely parallel to the ground to avoid flipping or breaking apart. Controlled Descent: Speed and angle of descent are carefully managed to minimize impact forces. Flap Management: Adjustments to flaps, slats, and other aerodynamic surfaces ensure the plane doesn’t stall while approaching at slower speeds. Braking Systems: Utilizes aerodynamic drag, thrust reversers, and wheel brakes (if functional) to bring the aircraft to a stop. Incorrect Solution: c) During a belly landing, level alignment ensures that the wings remain parallel to the ground, preventing the aircraft from flipping or breaking apart. Other factors, such as deploying landing gear, are not applicable in belly landings. Technique behind it: Level Alignment: The aircraft must touch down with wings absolutely parallel to the ground to avoid flipping or breaking apart. Controlled Descent: Speed and angle of descent are carefully managed to minimize impact forces. Flap Management: Adjustments to flaps, slats, and other aerodynamic surfaces ensure the plane doesn’t stall while approaching at slower speeds. Braking Systems: Utilizes aerodynamic drag, thrust reversers, and wheel brakes (if functional) to bring the aircraft to a stop.

#### 10. Question

Which of the following is critical for preventing an aircraft from flipping during a belly landing?

• a) Rapid descent with full throttle.

• b) Complete shutdown of aerodynamic surfaces.

• c) Level alignment with wings parallel to the ground.

• d) Full deployment of the landing gear.

Solution: c)

During a belly landing, level alignment ensures that the wings remain parallel to the ground, preventing the aircraft from flipping or breaking apart. Other factors, such as deploying landing gear, are not applicable in belly landings.

Technique behind it:

• Level Alignment: The aircraft must touch down with wings absolutely parallel to the ground to avoid flipping or breaking apart.

• Controlled Descent: Speed and angle of descent are carefully managed to minimize impact forces.

• Flap Management: Adjustments to flaps, slats, and other aerodynamic surfaces ensure the plane doesn’t stall while approaching at slower speeds.

• Braking Systems: Utilizes aerodynamic drag, thrust reversers, and wheel brakes (if functional) to bring the aircraft to a stop.

Solution: c)

Technique behind it:

• Level Alignment: The aircraft must touch down with wings absolutely parallel to the ground to avoid flipping or breaking apart.

• Controlled Descent: Speed and angle of descent are carefully managed to minimize impact forces.

• Flap Management: Adjustments to flaps, slats, and other aerodynamic surfaces ensure the plane doesn’t stall while approaching at slower speeds.

• Braking Systems: Utilizes aerodynamic drag, thrust reversers, and wheel brakes (if functional) to bring the aircraft to a stop.

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