UPSC Editorials Quiz : 6 January 2025

Introducing QUED – Questions from Editorials (UPSC Editorials Quiz) , an innovative initiative from InsightsIAS. Considering the significant number of questions in previous UPSC Prelims from editorials, practicing MCQs from this perspective can provide an extra edge. While we cover important editorials separately in our Editorial Section and SECURE Initiative, adding QUED (UPSC Editorials Quiz) to your daily MCQ practice alongside Static Quiz, Current Affairs Quiz, and InstaDART can be crucial for better performance. We recommend utilizing this initiative to enhance your preparation, with 5 MCQs posted daily at 11 am from Monday to Saturday on our website under the QUIZ menu.

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• Question 1 of 5 1. Question Which recent technological advancement holds the most promise for overcoming bandwidth limitations in in-flight internet systems? a) Deployment of Low Earth Orbit (LEO) satellites b) Enhanced air-to-ground (ATG) antenna systems c) Multi-beam Wi-Fi routers onboard aircraft d) Advanced onboard data compression algorithms Correct Solution: a) LEO (Low Earth Orbit) satellites hold immense promise for overcoming bandwidth limitations in in-flight internet systems. These satellites operate at altitudes ranging from 500 to 2,000 kilometers, significantly closer to Earth than traditional geostationary satellites. This proximity reduces signal latency, a key challenge in high-altitude connectivity. Additionally, LEO satellites create a constellation network that offers global coverage and enhances data throughput by utilizing multiple satellites simultaneously. The deployment of LEO satellites allows for broader and more reliable internet access, even over remote oceanic and polar regions, which are typically underserved by terrestrial or geostationary satellite systems. Unlike ground-based systems, LEO satellites eliminate the need for extensive terrestrial infrastructure, ensuring seamless connectivity during flights. Incorrect Solution: a) LEO (Low Earth Orbit) satellites hold immense promise for overcoming bandwidth limitations in in-flight internet systems. These satellites operate at altitudes ranging from 500 to 2,000 kilometers, significantly closer to Earth than traditional geostationary satellites. This proximity reduces signal latency, a key challenge in high-altitude connectivity. Additionally, LEO satellites create a constellation network that offers global coverage and enhances data throughput by utilizing multiple satellites simultaneously. The deployment of LEO satellites allows for broader and more reliable internet access, even over remote oceanic and polar regions, which are typically underserved by terrestrial or geostationary satellite systems. Unlike ground-based systems, LEO satellites eliminate the need for extensive terrestrial infrastructure, ensuring seamless connectivity during flights.

#### 1. Question

Which recent technological advancement holds the most promise for overcoming bandwidth limitations in in-flight internet systems?

• a) Deployment of Low Earth Orbit (LEO) satellites

• b) Enhanced air-to-ground (ATG) antenna systems

• c) Multi-beam Wi-Fi routers onboard aircraft

• d) Advanced onboard data compression algorithms

Solution: a)

LEO (Low Earth Orbit) satellites hold immense promise for overcoming bandwidth limitations in in-flight internet systems. These satellites operate at altitudes ranging from 500 to 2,000 kilometers, significantly closer to Earth than traditional geostationary satellites. This proximity reduces signal latency, a key challenge in high-altitude connectivity. Additionally, LEO satellites create a constellation network that offers global coverage and enhances data throughput by utilizing multiple satellites simultaneously.

The deployment of LEO satellites allows for broader and more reliable internet access, even over remote oceanic and polar regions, which are typically underserved by terrestrial or geostationary satellite systems. Unlike ground-based systems, LEO satellites eliminate the need for extensive terrestrial infrastructure, ensuring seamless connectivity during flights.

Solution: a)

• Question 2 of 5 2. Question Consider the following statements about in-flight Wi-Fi technologies: Air-to-ground (ATG) systems are more cost-effective than satellite-based systems. Satellite-based systems rely exclusively on geostationary satellites. Both ATG and satellite-based systems require onboard servers to manage passenger data. 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 because air-to-ground (ATG) systems typically involve ground-based infrastructure, making them more cost-effective than satellite-based systems, especially for domestic or regional flight routes. These systems transmit signals directly from ground towers to aircraft, avoiding the high costs of deploying and maintaining satellites. Statement 3 is also correct, as both ATG and satellite-based systems require onboard servers to manage passenger data, optimize network usage, and provide a seamless internet experience. These servers handle data routing, buffering, and bandwidth distribution among passengers. Statement 2 is incorrect because satellite-based in-flight Wi-Fi systems do not rely exclusively on geostationary satellites. Modern advancements, particularly the deployment of Low Earth Orbit (LEO) satellite constellations, enable satellite-based systems to offer reduced latency, higher bandwidth, and broader coverage compared to traditional geostationary satellites. This enhances in-flight internet performance significantly. Incorrect Solution: b) Statement 1 is correct because air-to-ground (ATG) systems typically involve ground-based infrastructure, making them more cost-effective than satellite-based systems, especially for domestic or regional flight routes. These systems transmit signals directly from ground towers to aircraft, avoiding the high costs of deploying and maintaining satellites. Statement 3 is also correct, as both ATG and satellite-based systems require onboard servers to manage passenger data, optimize network usage, and provide a seamless internet experience. These servers handle data routing, buffering, and bandwidth distribution among passengers. Statement 2 is incorrect because satellite-based in-flight Wi-Fi systems do not rely exclusively on geostationary satellites. Modern advancements, particularly the deployment of Low Earth Orbit (LEO) satellite constellations, enable satellite-based systems to offer reduced latency, higher bandwidth, and broader coverage compared to traditional geostationary satellites. This enhances in-flight internet performance significantly.

#### 2. Question

Consider the following statements about in-flight Wi-Fi technologies:

• Air-to-ground (ATG) systems are more cost-effective than satellite-based systems.

• Satellite-based systems rely exclusively on geostationary satellites.

• Both ATG and satellite-based systems require onboard servers to manage passenger data.

How many of the above statements is/are correct?

• a) Only one

• b) Only two

• c) All three

Solution: b)

Statement 1 is correct because air-to-ground (ATG) systems typically involve ground-based infrastructure, making them more cost-effective than satellite-based systems, especially for domestic or regional flight routes. These systems transmit signals directly from ground towers to aircraft, avoiding the high costs of deploying and maintaining satellites.

Statement 3 is also correct, as both ATG and satellite-based systems require onboard servers to manage passenger data, optimize network usage, and provide a seamless internet experience. These servers handle data routing, buffering, and bandwidth distribution among passengers.

Statement 2 is incorrect because satellite-based in-flight Wi-Fi systems do not rely exclusively on geostationary satellites. Modern advancements, particularly the deployment of Low Earth Orbit (LEO) satellite constellations, enable satellite-based systems to offer reduced latency, higher bandwidth, and broader coverage compared to traditional geostationary satellites. This enhances in-flight internet performance significantly.

Solution: b)

• Question 3 of 5 3. Question Consider the following statements about Project VISTAAR: It facilitates real-time feedback from farmers to policy-makers. It supports start-up-driven innovations in allied agricultural sectors like fisheries and livestock. It ensures universal access to agricultural extension services through mobile platforms. It incorporates remote sensing technologies for precision farming. Which of the above statements are correct? a) 1 and 2 b) 2 and 3 c) 1, 2, and 4 d) All of the above Correct Solution: c) Statement 1 is correct because Project VISTAAR aims to bridge the gap between farmers and policy-makers by facilitating real-time feedback systems. This empowers farmers to share on-ground challenges, enabling data-driven policy formulation. Statement 2 is correct as the project actively promotes start-up-driven innovations in allied agricultural sectors like fisheries and livestock. These innovations focus on enhancing productivity, sustainability, and market access. Statement 4 is also correct as Project VISTAAR integrates advanced technologies, such as remote sensing, to support precision farming. This approach helps optimize resource use, monitor crop health, and improve yield predictions. Statement 3 is incorrect. While mobile platforms are a component of agricultural extension services, achieving universal access remains a challenge in rural areas due to gaps in digital infrastructure, connectivity, and affordability, especially in underserved regions. Incorrect Solution: c) Statement 1 is correct because Project VISTAAR aims to bridge the gap between farmers and policy-makers by facilitating real-time feedback systems. This empowers farmers to share on-ground challenges, enabling data-driven policy formulation. Statement 2 is correct as the project actively promotes start-up-driven innovations in allied agricultural sectors like fisheries and livestock. These innovations focus on enhancing productivity, sustainability, and market access. Statement 4 is also correct as Project VISTAAR integrates advanced technologies, such as remote sensing, to support precision farming. This approach helps optimize resource use, monitor crop health, and improve yield predictions. Statement 3 is incorrect. While mobile platforms are a component of agricultural extension services, achieving universal access remains a challenge in rural areas due to gaps in digital infrastructure, connectivity, and affordability, especially in underserved regions.

#### 3. Question

Consider the following statements about Project VISTAAR:

• It facilitates real-time feedback from farmers to policy-makers.

• It supports start-up-driven innovations in allied agricultural sectors like fisheries and livestock.

• It ensures universal access to agricultural extension services through mobile platforms.

• It incorporates remote sensing technologies for precision farming.

Which of the above statements are correct?

• a) 1 and 2

• b) 2 and 3

• c) 1, 2, and 4

• d) All of the above

Solution: c)

Statement 1 is correct because Project VISTAAR aims to bridge the gap between farmers and policy-makers by facilitating real-time feedback systems. This empowers farmers to share on-ground challenges, enabling data-driven policy formulation.

Statement 2 is correct as the project actively promotes start-up-driven innovations in allied agricultural sectors like fisheries and livestock. These innovations focus on enhancing productivity, sustainability, and market access.

Statement 4 is also correct as Project VISTAAR integrates advanced technologies, such as remote sensing, to support precision farming. This approach helps optimize resource use, monitor crop health, and improve yield predictions.

Statement 3 is incorrect. While mobile platforms are a component of agricultural extension services, achieving universal access remains a challenge in rural areas due to gaps in digital infrastructure, connectivity, and affordability, especially in underserved regions.

Solution: c)

• Question 4 of 5 4. Question Consider the following statements about the advantages of transitioning from Wholesale Price Index (WPI) to Producer Price Index (PPI): PPI captures price changes in services, providing a broader scope. It reflects price shifts during the production process, offering early inflation signals. It aligns with the System of National Accounts (SNA), enabling global comparisons. PPI focuses exclusively on final goods and excludes intermediate goods. Which of the above statements are correct? a) 1 and 2 b) 1, 2, and 3 c) 2, 3, and 4 d) All of the above Correct Solution: b) Statement 1 is correct because the Producer Price Index (PPI) includes price changes in services, unlike the Wholesale Price Index (WPI), which primarily focuses on goods. This broader scope enhances its applicability in modern economies with significant service sectors. Statement 2 is correct as the PPI measures price changes at different stages of production, including raw materials and intermediate goods, providing early signals of inflationary trends before they affect consumers directly. Statement 3 is correct because the PPI aligns with the System of National Accounts (SNA), which is widely used globally. This alignment facilitates international comparisons of inflation data and economic performance. Statement 4 is incorrect as the PPI does not focus exclusively on final goods. It includes intermediate goods as well, making it a comprehensive measure of price changes across the entire production chain. Incorrect Solution: b) Statement 1 is correct because the Producer Price Index (PPI) includes price changes in services, unlike the Wholesale Price Index (WPI), which primarily focuses on goods. This broader scope enhances its applicability in modern economies with significant service sectors. Statement 2 is correct as the PPI measures price changes at different stages of production, including raw materials and intermediate goods, providing early signals of inflationary trends before they affect consumers directly. Statement 3 is correct because the PPI aligns with the System of National Accounts (SNA), which is widely used globally. This alignment facilitates international comparisons of inflation data and economic performance. Statement 4 is incorrect as the PPI does not focus exclusively on final goods. It includes intermediate goods as well, making it a comprehensive measure of price changes across the entire production chain.

#### 4. Question

Consider the following statements about the advantages of transitioning from Wholesale Price Index (WPI) to Producer Price Index (PPI):

• PPI captures price changes in services, providing a broader scope.

• It reflects price shifts during the production process, offering early inflation signals.

• It aligns with the System of National Accounts (SNA), enabling global comparisons.

• PPI focuses exclusively on final goods and excludes intermediate goods.

Which of the above statements are correct?

• a) 1 and 2

• b) 1, 2, and 3

• c) 2, 3, and 4

• d) All of the above

Solution: b)

Statement 1 is correct because the Producer Price Index (PPI) includes price changes in services, unlike the Wholesale Price Index (WPI), which primarily focuses on goods. This broader scope enhances its applicability in modern economies with significant service sectors.

Statement 2 is correct as the PPI measures price changes at different stages of production, including raw materials and intermediate goods, providing early signals of inflationary trends before they affect consumers directly.

Statement 3 is correct because the PPI aligns with the System of National Accounts (SNA), which is widely used globally. This alignment facilitates international comparisons of inflation data and economic performance.

Statement 4 is incorrect as the PPI does not focus exclusively on final goods. It includes intermediate goods as well, making it a comprehensive measure of price changes across the entire production chain.

Solution: b)

• Question 5 of 5 5. Question Mubarak Manzil Palace, originally built by Mughal Emperor Aurangzeb, was constructed to commemorate: a) His accession to the Mughal throne b) His conquest of the Deccan region c) The establishment of Agra as the Mughal capital d) His victory at the Battle of Samugarh Correct Solution: d) The Mubarak Manzil Palace was constructed by Mughal Emperor Aurangzeb to commemorate his victory at the Battle of Samugarh in 1658. This battle was a pivotal event in the Mughal succession war, where Aurangzeb defeated his elder brother, Dara Shikoh, securing his claim to the throne. The Battle of Samugarh marked the culmination of a fierce power struggle among the sons of Emperor Shah Jahan. Aurangzeb’s victory not only solidified his position as the strongest contender for the Mughal throne but also demonstrated his military and strategic acumen. The construction of the palace was a symbolic gesture to celebrate this triumph and his subsequent accession to the throne. Incorrect Solution: d) The Mubarak Manzil Palace was constructed by Mughal Emperor Aurangzeb to commemorate his victory at the Battle of Samugarh in 1658. This battle was a pivotal event in the Mughal succession war, where Aurangzeb defeated his elder brother, Dara Shikoh, securing his claim to the throne. The Battle of Samugarh marked the culmination of a fierce power struggle among the sons of Emperor Shah Jahan. Aurangzeb’s victory not only solidified his position as the strongest contender for the Mughal throne but also demonstrated his military and strategic acumen. The construction of the palace was a symbolic gesture to celebrate this triumph and his subsequent accession to the throne.

#### 5. Question

Mubarak Manzil Palace, originally built by Mughal Emperor Aurangzeb, was constructed to commemorate:

• a) His accession to the Mughal throne

• b) His conquest of the Deccan region

• c) The establishment of Agra as the Mughal capital

• d) His victory at the Battle of Samugarh

Solution: d)

The Mubarak Manzil Palace was constructed by Mughal Emperor Aurangzeb to commemorate his victory at the Battle of Samugarh in 1658. This battle was a pivotal event in the Mughal succession war, where Aurangzeb defeated his elder brother, Dara Shikoh, securing his claim to the throne.

The Battle of Samugarh marked the culmination of a fierce power struggle among the sons of Emperor Shah Jahan. Aurangzeb’s victory not only solidified his position as the strongest contender for the Mughal throne but also demonstrated his military and strategic acumen. The construction of the palace was a symbolic gesture to celebrate this triumph and his subsequent accession to the throne.

Solution: d)

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