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An Aircraft, which weights 12000 kg when unloaded, is on a relief mission, carrying 4000 food packets weighing 1 kg each. The plane is gliding horizontally with its engine off at a uniform speed of 540 kmph when the first food packet is dropped. Assume that the horizontal air drag can be neglected and the aircraft keeps moving horizontally. If one food packet is dropped every second, then the distance between the last two packet drops will be _____ m.
Correct answer is '150'. Can you explain this answer?
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Verified Answer
An Aircraft, which weights 12000 kg when unloaded, is on a relief miss...
The mass of an aircraft = 12000 kg
Uniform speed of aircraft is
The distance between the last two packet drops will be equal to the covered distance in one second = 150 m
Uniform speed of aircraft is
The distance between the last two packet drops will be equal to the covered distance in one second = 150 m
Most Upvoted Answer
An Aircraft, which weights 12000 kg when unloaded, is on a relief miss...
Distance between the Last Two Food Packet Drops
Given:
Weight of the aircraft when unloaded = 12000 kg
Number of food packets carried = 4000
Weight of each food packet = 1 kg
Speed of the aircraft = 540 km/h
To find:
Distance between the last two food packet drops
Assumptions:
1. Negligible horizontal air drag
2. The aircraft maintains a constant horizontal speed even after dropping each food packet.
Formula:
Distance = Speed × Time
1. Calculating the Time taken to drop all the food packets:
Since one food packet is dropped every second, the total time taken to drop all 4000 food packets would be 4000 seconds.
2. Calculating the Speed in m/s:
Given speed of the aircraft = 540 km/h
To convert km/h to m/s, we divide by 3.6:
Speed = 540 km/h ÷ 3.6 = 150 m/s
3. Calculating the Distance between the last two food packet drops:
Using the formula Distance = Speed × Time, we can find the distance covered during the time it takes to drop all the food packets.
Distance = 150 m/s × 4000 s = 600,000 m = 600 km.
However, we need to find the distance in meters, so we convert kilometers to meters:
Distance = 600 km × 1000 m/km = 600,000 m
Therefore, the distance between the last two food packet drops is 600,000 meters or 600 km.
The correct answer is given as 150 meters, which seems to be incorrect based on the calculations made. Please double-check the provided answer.
Given:
Weight of the aircraft when unloaded = 12000 kg
Number of food packets carried = 4000
Weight of each food packet = 1 kg
Speed of the aircraft = 540 km/h
To find:
Distance between the last two food packet drops
Assumptions:
1. Negligible horizontal air drag
2. The aircraft maintains a constant horizontal speed even after dropping each food packet.
Formula:
Distance = Speed × Time
1. Calculating the Time taken to drop all the food packets:
Since one food packet is dropped every second, the total time taken to drop all 4000 food packets would be 4000 seconds.
2. Calculating the Speed in m/s:
Given speed of the aircraft = 540 km/h
To convert km/h to m/s, we divide by 3.6:
Speed = 540 km/h ÷ 3.6 = 150 m/s
3. Calculating the Distance between the last two food packet drops:
Using the formula Distance = Speed × Time, we can find the distance covered during the time it takes to drop all the food packets.
Distance = 150 m/s × 4000 s = 600,000 m = 600 km.
However, we need to find the distance in meters, so we convert kilometers to meters:
Distance = 600 km × 1000 m/km = 600,000 m
Therefore, the distance between the last two food packet drops is 600,000 meters or 600 km.
The correct answer is given as 150 meters, which seems to be incorrect based on the calculations made. Please double-check the provided answer.
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An Aircraft, which weights 12000 kg when unloaded, is on a relief mission, carrying 4000 food packets weighing 1 kg each. The plane is gliding horizontally with its engine off at a uniform speed of 540 kmph when the first food packet is dropped. Assume that the horizontal air drag can be neglected and the aircraft keeps moving horizontally. If one food packet is dropped every second, then the distance between the last two packet drops will be _____ m.Correct answer is '150'. Can you explain this answer?
Question Description
An Aircraft, which weights 12000 kg when unloaded, is on a relief mission, carrying 4000 food packets weighing 1 kg each. The plane is gliding horizontally with its engine off at a uniform speed of 540 kmph when the first food packet is dropped. Assume that the horizontal air drag can be neglected and the aircraft keeps moving horizontally. If one food packet is dropped every second, then the distance between the last two packet drops will be _____ m.Correct answer is '150'. Can you explain this answer? for Physics 2024 is part of Physics preparation. The Question and answers have been prepared according to the Physics exam syllabus. Information about An Aircraft, which weights 12000 kg when unloaded, is on a relief mission, carrying 4000 food packets weighing 1 kg each. The plane is gliding horizontally with its engine off at a uniform speed of 540 kmph when the first food packet is dropped. Assume that the horizontal air drag can be neglected and the aircraft keeps moving horizontally. If one food packet is dropped every second, then the distance between the last two packet drops will be _____ m.Correct answer is '150'. Can you explain this answer? covers all topics & solutions for Physics 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for An Aircraft, which weights 12000 kg when unloaded, is on a relief mission, carrying 4000 food packets weighing 1 kg each. The plane is gliding horizontally with its engine off at a uniform speed of 540 kmph when the first food packet is dropped. Assume that the horizontal air drag can be neglected and the aircraft keeps moving horizontally. If one food packet is dropped every second, then the distance between the last two packet drops will be _____ m.Correct answer is '150'. Can you explain this answer?.
An Aircraft, which weights 12000 kg when unloaded, is on a relief mission, carrying 4000 food packets weighing 1 kg each. The plane is gliding horizontally with its engine off at a uniform speed of 540 kmph when the first food packet is dropped. Assume that the horizontal air drag can be neglected and the aircraft keeps moving horizontally. If one food packet is dropped every second, then the distance between the last two packet drops will be _____ m.Correct answer is '150'. Can you explain this answer? for Physics 2024 is part of Physics preparation. The Question and answers have been prepared according to the Physics exam syllabus. Information about An Aircraft, which weights 12000 kg when unloaded, is on a relief mission, carrying 4000 food packets weighing 1 kg each. The plane is gliding horizontally with its engine off at a uniform speed of 540 kmph when the first food packet is dropped. Assume that the horizontal air drag can be neglected and the aircraft keeps moving horizontally. If one food packet is dropped every second, then the distance between the last two packet drops will be _____ m.Correct answer is '150'. Can you explain this answer? covers all topics & solutions for Physics 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for An Aircraft, which weights 12000 kg when unloaded, is on a relief mission, carrying 4000 food packets weighing 1 kg each. The plane is gliding horizontally with its engine off at a uniform speed of 540 kmph when the first food packet is dropped. Assume that the horizontal air drag can be neglected and the aircraft keeps moving horizontally. If one food packet is dropped every second, then the distance between the last two packet drops will be _____ m.Correct answer is '150'. Can you explain this answer?.
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An Aircraft, which weights 12000 kg when unloaded, is on a relief mission, carrying 4000 food packets weighing 1 kg each. The plane is gliding horizontally with its engine off at a uniform speed of 540 kmph when the first food packet is dropped. Assume that the horizontal air drag can be neglected and the aircraft keeps moving horizontally. If one food packet is dropped every second, then the distance between the last two packet drops will be _____ m.Correct answer is '150'. Can you explain this answer?, a detailed solution for An Aircraft, which weights 12000 kg when unloaded, is on a relief mission, carrying 4000 food packets weighing 1 kg each. The plane is gliding horizontally with its engine off at a uniform speed of 540 kmph when the first food packet is dropped. Assume that the horizontal air drag can be neglected and the aircraft keeps moving horizontally. If one food packet is dropped every second, then the distance between the last two packet drops will be _____ m.Correct answer is '150'. Can you explain this answer? has been provided alongside types of An Aircraft, which weights 12000 kg when unloaded, is on a relief mission, carrying 4000 food packets weighing 1 kg each. The plane is gliding horizontally with its engine off at a uniform speed of 540 kmph when the first food packet is dropped. Assume that the horizontal air drag can be neglected and the aircraft keeps moving horizontally. If one food packet is dropped every second, then the distance between the last two packet drops will be _____ m.Correct answer is '150'. Can you explain this answer? theory, EduRev gives you an
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