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Directions for Question: Study the following and answer the questions that follow.
A gas cylinder can discharge gas at the rate of 1 cc/minute from burner A and at the rate of 2 cc/minute from burner B (maximum rates of discharge). The capacity of the gas cylinder is 1000 cc of gas.
The amount of heat generated is equal to 1 kcal per cc of gas.
The amount of heat generated is equal to 1 kcal per cc of gas.
However, there is wastage of the heat as per follows:
@ (Include higher extremes)
@ (Include higher extremes)
Q. The maximum amount of heat with fastest speed of cooking that can be utilised for cooking will be when:
- a)The first burner is opened upto 50% of it's aperture
- b)The second burner is opened upto 25% of it's aperture
- c)Either (a) or (b)
- d)None of these
Correct answer is option 'C'. Can you explain this answer?
Verified Answer
Directions for Question:Study the following and answer the questions t...
To determine the best way to utilize the maximum amount of heat with the fastest speed of cooking, we need to consider both the discharge rates of gas from the two burners and the wastage of heat as described.
Key points to consider:
- Burner A can discharge gas at a rate of 1 cc/min (maximum).
- Burner B can discharge gas at a rate of 2 cc/min (maximum).
- The capacity of the gas cylinder is 1000 cc of gas, and each cc of gas generates 1 kcal of heat.
- The question is asking for the maximum amount of heat with the fastest speed of cooking, which means we need to balance speed (gas discharge rate) and heat utilization (minimizing wastage).
From the given options, we need to evaluate the discharge rates:
- Option 1: The first burner is opened up to 50% of its aperture.
- Burner A’s maximum discharge is 1 cc/min, and at 50% aperture, it would discharge 0.5 cc/min.
- While this would reduce the speed of gas discharge, it might minimize heat wastage, but it wouldn't maximize speed for fast cooking.
- Option 2: The second burner is opened up to 25% of its aperture.
- Burner B’s maximum discharge is 2 cc/min, and at 25% aperture, it would discharge 0.5 cc/min (same as burner A in option 1).
- Again, this would likely reduce heat wastage, but the speed of gas discharge is still limited to 0.5 cc/min.
- Option 3: Either (a) or (b).
- Both options would result in a gas discharge rate of 0.5 cc/min, so they would have similar results in terms of cooking speed and heat utilization.
- Option 4: None of these.
- This would imply that neither option (a) nor (b) is optimal.
Conclusion:
To achieve maximum heat utilization with the fastest cooking speed, we would ideally want to minimize wastage while maintaining a high gas discharge rate. However, based on the options given, either (a) or (b) provides the same discharge rate of 0.5 cc/min, balancing the need for reduced wastage and reasonable cooking speed.
Therefore, the correct answer is:
3. Either (a) or (b).
Most Upvoted Answer
Directions for Question:Study the following and answer the questions t...
If A is 90% open, then it can discharge = 1*90%= 0.9cc/min
and if B is 80% open, then it can discharge= 2*80% = 1.6cc/min.
Total volume of gas can be released by both A and B = (0.9+1.6) = 2.5cc/min
By using Unitary method,
if 2.5 cc can be discharged in 1 min
then 500cc can be discharged in 1/2.5*500= 200mins.
Hence, C is the correct answer.
and if B is 80% open, then it can discharge= 2*80% = 1.6cc/min.
Total volume of gas can be released by both A and B = (0.9+1.6) = 2.5cc/min
By using Unitary method,
if 2.5 cc can be discharged in 1 min
then 500cc can be discharged in 1/2.5*500= 200mins.
Hence, C is the correct answer.
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Community Answer
Directions for Question:Study the following and answer the questions t...
Correct ans. is option 'C'
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Directions for Question:Study the following and answer the questions that follow.A gas cylinder can discharge gas at the rate of 1 cc/minute from burner A and at the rate of 2 cc/minute from burner B (maximum rates of discharge). The capacity of the gas cylinder is 1000 cc of gas.The amount of heat generated is equal to 1 kcal per cc of gas.However, there is wastage of the heat as per follows:@ (Include higher extremes)Q.The maximum amount of heat with fastest speed of cooking that can be utilised for cooking will be when:a)The first burner is opened upto 50% of its apertureb)The second burner is opened upto 25% of its aperturec)Either (a) or (b)d)None of theseCorrect answer is option 'C'. Can you explain this answer? for CAT 2025 is part of CAT preparation. The Question and answers have been prepared according to the CAT exam syllabus. Information about Directions for Question:Study the following and answer the questions that follow.A gas cylinder can discharge gas at the rate of 1 cc/minute from burner A and at the rate of 2 cc/minute from burner B (maximum rates of discharge). The capacity of the gas cylinder is 1000 cc of gas.The amount of heat generated is equal to 1 kcal per cc of gas.However, there is wastage of the heat as per follows:@ (Include higher extremes)Q.The maximum amount of heat with fastest speed of cooking that can be utilised for cooking will be when:a)The first burner is opened upto 50% of its apertureb)The second burner is opened upto 25% of its aperturec)Either (a) or (b)d)None of theseCorrect answer is option 'C'. Can you explain this answer? covers all topics & solutions for CAT 2025 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Directions for Question:Study the following and answer the questions that follow.A gas cylinder can discharge gas at the rate of 1 cc/minute from burner A and at the rate of 2 cc/minute from burner B (maximum rates of discharge). The capacity of the gas cylinder is 1000 cc of gas.The amount of heat generated is equal to 1 kcal per cc of gas.However, there is wastage of the heat as per follows:@ (Include higher extremes)Q.The maximum amount of heat with fastest speed of cooking that can be utilised for cooking will be when:a)The first burner is opened upto 50% of its apertureb)The second burner is opened upto 25% of its aperturec)Either (a) or (b)d)None of theseCorrect answer is option 'C'. Can you explain this answer?.
Directions for Question:Study the following and answer the questions that follow.A gas cylinder can discharge gas at the rate of 1 cc/minute from burner A and at the rate of 2 cc/minute from burner B (maximum rates of discharge). The capacity of the gas cylinder is 1000 cc of gas.The amount of heat generated is equal to 1 kcal per cc of gas.However, there is wastage of the heat as per follows:@ (Include higher extremes)Q.The maximum amount of heat with fastest speed of cooking that can be utilised for cooking will be when:a)The first burner is opened upto 50% of its apertureb)The second burner is opened upto 25% of its aperturec)Either (a) or (b)d)None of theseCorrect answer is option 'C'. Can you explain this answer? for CAT 2025 is part of CAT preparation. The Question and answers have been prepared according to the CAT exam syllabus. Information about Directions for Question:Study the following and answer the questions that follow.A gas cylinder can discharge gas at the rate of 1 cc/minute from burner A and at the rate of 2 cc/minute from burner B (maximum rates of discharge). The capacity of the gas cylinder is 1000 cc of gas.The amount of heat generated is equal to 1 kcal per cc of gas.However, there is wastage of the heat as per follows:@ (Include higher extremes)Q.The maximum amount of heat with fastest speed of cooking that can be utilised for cooking will be when:a)The first burner is opened upto 50% of its apertureb)The second burner is opened upto 25% of its aperturec)Either (a) or (b)d)None of theseCorrect answer is option 'C'. Can you explain this answer? covers all topics & solutions for CAT 2025 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Directions for Question:Study the following and answer the questions that follow.A gas cylinder can discharge gas at the rate of 1 cc/minute from burner A and at the rate of 2 cc/minute from burner B (maximum rates of discharge). The capacity of the gas cylinder is 1000 cc of gas.The amount of heat generated is equal to 1 kcal per cc of gas.However, there is wastage of the heat as per follows:@ (Include higher extremes)Q.The maximum amount of heat with fastest speed of cooking that can be utilised for cooking will be when:a)The first burner is opened upto 50% of its apertureb)The second burner is opened upto 25% of its aperturec)Either (a) or (b)d)None of theseCorrect answer is option 'C'. Can you explain this answer?.
Solutions for Directions for Question:Study the following and answer the questions that follow.A gas cylinder can discharge gas at the rate of 1 cc/minute from burner A and at the rate of 2 cc/minute from burner B (maximum rates of discharge). The capacity of the gas cylinder is 1000 cc of gas.The amount of heat generated is equal to 1 kcal per cc of gas.However, there is wastage of the heat as per follows:@ (Include higher extremes)Q.The maximum amount of heat with fastest speed of cooking that can be utilised for cooking will be when:a)The first burner is opened upto 50% of its apertureb)The second burner is opened upto 25% of its aperturec)Either (a) or (b)d)None of theseCorrect answer is option 'C'. Can you explain this answer? in English & in Hindi are available as part of our courses for CAT.
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Here you can find the meaning of Directions for Question:Study the following and answer the questions that follow.A gas cylinder can discharge gas at the rate of 1 cc/minute from burner A and at the rate of 2 cc/minute from burner B (maximum rates of discharge). The capacity of the gas cylinder is 1000 cc of gas.The amount of heat generated is equal to 1 kcal per cc of gas.However, there is wastage of the heat as per follows:@ (Include higher extremes)Q.The maximum amount of heat with fastest speed of cooking that can be utilised for cooking will be when:a)The first burner is opened upto 50% of its apertureb)The second burner is opened upto 25% of its aperturec)Either (a) or (b)d)None of theseCorrect answer is option 'C'. Can you explain this answer? defined & explained in the simplest way possible. Besides giving the explanation of
Directions for Question:Study the following and answer the questions that follow.A gas cylinder can discharge gas at the rate of 1 cc/minute from burner A and at the rate of 2 cc/minute from burner B (maximum rates of discharge). The capacity of the gas cylinder is 1000 cc of gas.The amount of heat generated is equal to 1 kcal per cc of gas.However, there is wastage of the heat as per follows:@ (Include higher extremes)Q.The maximum amount of heat with fastest speed of cooking that can be utilised for cooking will be when:a)The first burner is opened upto 50% of its apertureb)The second burner is opened upto 25% of its aperturec)Either (a) or (b)d)None of theseCorrect answer is option 'C'. Can you explain this answer?, a detailed solution for Directions for Question:Study the following and answer the questions that follow.A gas cylinder can discharge gas at the rate of 1 cc/minute from burner A and at the rate of 2 cc/minute from burner B (maximum rates of discharge). The capacity of the gas cylinder is 1000 cc of gas.The amount of heat generated is equal to 1 kcal per cc of gas.However, there is wastage of the heat as per follows:@ (Include higher extremes)Q.The maximum amount of heat with fastest speed of cooking that can be utilised for cooking will be when:a)The first burner is opened upto 50% of its apertureb)The second burner is opened upto 25% of its aperturec)Either (a) or (b)d)None of theseCorrect answer is option 'C'. Can you explain this answer? has been provided alongside types of Directions for Question:Study the following and answer the questions that follow.A gas cylinder can discharge gas at the rate of 1 cc/minute from burner A and at the rate of 2 cc/minute from burner B (maximum rates of discharge). The capacity of the gas cylinder is 1000 cc of gas.The amount of heat generated is equal to 1 kcal per cc of gas.However, there is wastage of the heat as per follows:@ (Include higher extremes)Q.The maximum amount of heat with fastest speed of cooking that can be utilised for cooking will be when:a)The first burner is opened upto 50% of its apertureb)The second burner is opened upto 25% of its aperturec)Either (a) or (b)d)None of theseCorrect answer is option 'C'. Can you explain this answer? theory, EduRev gives you an
ample number of questions to practice Directions for Question:Study the following and answer the questions that follow.A gas cylinder can discharge gas at the rate of 1 cc/minute from burner A and at the rate of 2 cc/minute from burner B (maximum rates of discharge). The capacity of the gas cylinder is 1000 cc of gas.The amount of heat generated is equal to 1 kcal per cc of gas.However, there is wastage of the heat as per follows:@ (Include higher extremes)Q.The maximum amount of heat with fastest speed of cooking that can be utilised for cooking will be when:a)The first burner is opened upto 50% of its apertureb)The second burner is opened upto 25% of its aperturec)Either (a) or (b)d)None of theseCorrect answer is option 'C'. Can you explain this answer? tests, examples and also practice CAT tests.
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