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Directions: Read the given information carefully and answer the question that follows.
Given below is a network of high tension wires from power plant (PP) and 8 transformers T1 to T8. The requirement of power by transformer is exactly met by the electric power provided by the power plant. The electric power in some of the high tension wires and the requirement at some of the transformers has also been mentioned. PP is the source transformer, i.e. the PP does not have any requirement of its own, but it supplies the requirements of all the other transformers.(All values shown in the figure are in KW.)
It is also known that:
i. The maximum capacity of any high tension wire is 1000 KW.
ii. The requirement at any transformer, except the power plant and T8, is equal to the flow in exactly one of the high tension wires directly connected to it.
iii. No two high tension wires, directly connected to the same transformer, carry the same amount of electric power.
iv. The flow in none of the high tension wires shown above is zero.
Given below is a network of high tension wires from power plant (PP) and 8 transformers T1 to T8. The requirement of power by transformer is exactly met by the electric power provided by the power plant. The electric power in some of the high tension wires and the requirement at some of the transformers has also been mentioned. PP is the source transformer, i.e. the PP does not have any requirement of its own, but it supplies the requirements of all the other transformers.(All values shown in the figure are in KW.)
It is also known that:
i. The maximum capacity of any high tension wire is 1000 KW.
ii. The requirement at any transformer, except the power plant and T8, is equal to the flow in exactly one of the high tension wires directly connected to it.
iii. No two high tension wires, directly connected to the same transformer, carry the same amount of electric power.
iv. The flow in none of the high tension wires shown above is zero.
What is the amount of electric power (in kW) carried by the high tension wire T3-T6?
- a)500
- b)600
- c)700
- d)800
Correct answer is option 'D'. Can you explain this answer?
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Directions: Read the given information carefully and answer the questi...
As no two high tension wires connecting the same place are carrying same amount of electric power, and at least one of the high tension wires should carry same as that of the place, either T7-T8 or T6-T7 must carry 300 kW. If T6-T7 carries 300kW, then T7-T8 must carry 200 kW, which is not possible.
T7-T8 must carry 300 kW and T6-T7 must carry 400 kW. T3-T6 should carry 400 kW more than the requirement at T6.
T6's requirement must equal that of T6-T7.
Requirement at T6 = 400
T3-T6 = 800
The flow in T4-T8 must be equal to the requirement at T4, and each of them must be equal to 100. Therefore, the requirement at T8 = 100 + 300 = 400.
Considering T5, the flow in T5-T1 must be equal to the requirement at T5, i.e. 100, and the flow in T5-T2 must be 100 + 100 + 200 = 400 (balancing the flows at T5).
Now balancing the flows at T1, T1-T2 must be equal to the requirement at T2, i.e. 300.
Now, to meet the conditions at transformer T2, the flow in exactly one out of PP-T2 and T3-T2 must be equal to the requirement at T2, i.e. 200, and the other must be 100.
Now considering T3, the maximum capacity of PP-T3 is 1000.
T3 cannot be more than 100, as then, PP-T3 will be more than 1000.
T3 must be 100 and T3-T2 must be 100.
PP-T3 is 1000.
Hence, the final diagram will be as below:
Hence, electric power carried by the high tension wire T3-T6 is 800 kW.
T7-T8 must carry 300 kW and T6-T7 must carry 400 kW. T3-T6 should carry 400 kW more than the requirement at T6.
T6's requirement must equal that of T6-T7.
Requirement at T6 = 400
T3-T6 = 800
The flow in T4-T8 must be equal to the requirement at T4, and each of them must be equal to 100. Therefore, the requirement at T8 = 100 + 300 = 400.
Considering T5, the flow in T5-T1 must be equal to the requirement at T5, i.e. 100, and the flow in T5-T2 must be 100 + 100 + 200 = 400 (balancing the flows at T5).
Now balancing the flows at T1, T1-T2 must be equal to the requirement at T2, i.e. 300.
Now, to meet the conditions at transformer T2, the flow in exactly one out of PP-T2 and T3-T2 must be equal to the requirement at T2, i.e. 200, and the other must be 100.
Now considering T3, the maximum capacity of PP-T3 is 1000.
T3 cannot be more than 100, as then, PP-T3 will be more than 1000.
T3 must be 100 and T3-T2 must be 100.
PP-T3 is 1000.
Hence, the final diagram will be as below:
Hence, electric power carried by the high tension wire T3-T6 is 800 kW.
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Directions: Read the given information carefully and answer the question that follows.Given below is a network of high tension wires from power plant (PP) and 8 transformers T1 to T8. The requirement of power by transformer is exactly met by the electric power provided by the power plant. The electric power in some of the high tension wires and the requirement at some of the transformers has also been mentioned. PP is the source transformer, i.e. the PP does not have any requirement of its own, but it supplies the requirements of all the other transformers.(All values shown in the figure are in KW.)It is also known that:i. The maximum capacity of any high tension wire is 1000 KW.ii. The requirement at any transformer, except the power plant and T8, is equal to the flow in exactly one of the high tension wires directly connected to it.iii. No two high tension wires, directly connected to the same transformer, carry the same amount of electric power.iv. The flow in none of the high tension wires shown above is zero.What is the amount of electric power (in kW) carried by the high tension wire T3-T6?a)500b)600c)700d)800Correct answer is option 'D'. Can you explain this answer?
Question Description
Directions: Read the given information carefully and answer the question that follows.Given below is a network of high tension wires from power plant (PP) and 8 transformers T1 to T8. The requirement of power by transformer is exactly met by the electric power provided by the power plant. The electric power in some of the high tension wires and the requirement at some of the transformers has also been mentioned. PP is the source transformer, i.e. the PP does not have any requirement of its own, but it supplies the requirements of all the other transformers.(All values shown in the figure are in KW.)It is also known that:i. The maximum capacity of any high tension wire is 1000 KW.ii. The requirement at any transformer, except the power plant and T8, is equal to the flow in exactly one of the high tension wires directly connected to it.iii. No two high tension wires, directly connected to the same transformer, carry the same amount of electric power.iv. The flow in none of the high tension wires shown above is zero.What is the amount of electric power (in kW) carried by the high tension wire T3-T6?a)500b)600c)700d)800Correct answer is option 'D'. Can you explain this answer? for CAT 2024 is part of CAT preparation. The Question and answers have been prepared according to the CAT exam syllabus. Information about Directions: Read the given information carefully and answer the question that follows.Given below is a network of high tension wires from power plant (PP) and 8 transformers T1 to T8. The requirement of power by transformer is exactly met by the electric power provided by the power plant. The electric power in some of the high tension wires and the requirement at some of the transformers has also been mentioned. PP is the source transformer, i.e. the PP does not have any requirement of its own, but it supplies the requirements of all the other transformers.(All values shown in the figure are in KW.)It is also known that:i. The maximum capacity of any high tension wire is 1000 KW.ii. The requirement at any transformer, except the power plant and T8, is equal to the flow in exactly one of the high tension wires directly connected to it.iii. No two high tension wires, directly connected to the same transformer, carry the same amount of electric power.iv. The flow in none of the high tension wires shown above is zero.What is the amount of electric power (in kW) carried by the high tension wire T3-T6?a)500b)600c)700d)800Correct answer is option 'D'. Can you explain this answer? covers all topics & solutions for CAT 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Directions: Read the given information carefully and answer the question that follows.Given below is a network of high tension wires from power plant (PP) and 8 transformers T1 to T8. The requirement of power by transformer is exactly met by the electric power provided by the power plant. The electric power in some of the high tension wires and the requirement at some of the transformers has also been mentioned. PP is the source transformer, i.e. the PP does not have any requirement of its own, but it supplies the requirements of all the other transformers.(All values shown in the figure are in KW.)It is also known that:i. The maximum capacity of any high tension wire is 1000 KW.ii. The requirement at any transformer, except the power plant and T8, is equal to the flow in exactly one of the high tension wires directly connected to it.iii. No two high tension wires, directly connected to the same transformer, carry the same amount of electric power.iv. The flow in none of the high tension wires shown above is zero.What is the amount of electric power (in kW) carried by the high tension wire T3-T6?a)500b)600c)700d)800Correct answer is option 'D'. Can you explain this answer?.
Directions: Read the given information carefully and answer the question that follows.Given below is a network of high tension wires from power plant (PP) and 8 transformers T1 to T8. The requirement of power by transformer is exactly met by the electric power provided by the power plant. The electric power in some of the high tension wires and the requirement at some of the transformers has also been mentioned. PP is the source transformer, i.e. the PP does not have any requirement of its own, but it supplies the requirements of all the other transformers.(All values shown in the figure are in KW.)It is also known that:i. The maximum capacity of any high tension wire is 1000 KW.ii. The requirement at any transformer, except the power plant and T8, is equal to the flow in exactly one of the high tension wires directly connected to it.iii. No two high tension wires, directly connected to the same transformer, carry the same amount of electric power.iv. The flow in none of the high tension wires shown above is zero.What is the amount of electric power (in kW) carried by the high tension wire T3-T6?a)500b)600c)700d)800Correct answer is option 'D'. Can you explain this answer? for CAT 2024 is part of CAT preparation. The Question and answers have been prepared according to the CAT exam syllabus. Information about Directions: Read the given information carefully and answer the question that follows.Given below is a network of high tension wires from power plant (PP) and 8 transformers T1 to T8. The requirement of power by transformer is exactly met by the electric power provided by the power plant. The electric power in some of the high tension wires and the requirement at some of the transformers has also been mentioned. PP is the source transformer, i.e. the PP does not have any requirement of its own, but it supplies the requirements of all the other transformers.(All values shown in the figure are in KW.)It is also known that:i. The maximum capacity of any high tension wire is 1000 KW.ii. The requirement at any transformer, except the power plant and T8, is equal to the flow in exactly one of the high tension wires directly connected to it.iii. No two high tension wires, directly connected to the same transformer, carry the same amount of electric power.iv. The flow in none of the high tension wires shown above is zero.What is the amount of electric power (in kW) carried by the high tension wire T3-T6?a)500b)600c)700d)800Correct answer is option 'D'. Can you explain this answer? covers all topics & solutions for CAT 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Directions: Read the given information carefully and answer the question that follows.Given below is a network of high tension wires from power plant (PP) and 8 transformers T1 to T8. The requirement of power by transformer is exactly met by the electric power provided by the power plant. The electric power in some of the high tension wires and the requirement at some of the transformers has also been mentioned. PP is the source transformer, i.e. the PP does not have any requirement of its own, but it supplies the requirements of all the other transformers.(All values shown in the figure are in KW.)It is also known that:i. The maximum capacity of any high tension wire is 1000 KW.ii. The requirement at any transformer, except the power plant and T8, is equal to the flow in exactly one of the high tension wires directly connected to it.iii. No two high tension wires, directly connected to the same transformer, carry the same amount of electric power.iv. The flow in none of the high tension wires shown above is zero.What is the amount of electric power (in kW) carried by the high tension wire T3-T6?a)500b)600c)700d)800Correct answer is option 'D'. Can you explain this answer?.
Solutions for Directions: Read the given information carefully and answer the question that follows.Given below is a network of high tension wires from power plant (PP) and 8 transformers T1 to T8. The requirement of power by transformer is exactly met by the electric power provided by the power plant. The electric power in some of the high tension wires and the requirement at some of the transformers has also been mentioned. PP is the source transformer, i.e. the PP does not have any requirement of its own, but it supplies the requirements of all the other transformers.(All values shown in the figure are in KW.)It is also known that:i. The maximum capacity of any high tension wire is 1000 KW.ii. The requirement at any transformer, except the power plant and T8, is equal to the flow in exactly one of the high tension wires directly connected to it.iii. No two high tension wires, directly connected to the same transformer, carry the same amount of electric power.iv. The flow in none of the high tension wires shown above is zero.What is the amount of electric power (in kW) carried by the high tension wire T3-T6?a)500b)600c)700d)800Correct answer is option 'D'. 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: Read the given information carefully and answer the question that follows.Given below is a network of high tension wires from power plant (PP) and 8 transformers T1 to T8. The requirement of power by transformer is exactly met by the electric power provided by the power plant. The electric power in some of the high tension wires and the requirement at some of the transformers has also been mentioned. PP is the source transformer, i.e. the PP does not have any requirement of its own, but it supplies the requirements of all the other transformers.(All values shown in the figure are in KW.)It is also known that:i. The maximum capacity of any high tension wire is 1000 KW.ii. The requirement at any transformer, except the power plant and T8, is equal to the flow in exactly one of the high tension wires directly connected to it.iii. No two high tension wires, directly connected to the same transformer, carry the same amount of electric power.iv. The flow in none of the high tension wires shown above is zero.What is the amount of electric power (in kW) carried by the high tension wire T3-T6?a)500b)600c)700d)800Correct answer is option 'D'. Can you explain this answer? defined & explained in the simplest way possible. Besides giving the explanation of
Directions: Read the given information carefully and answer the question that follows.Given below is a network of high tension wires from power plant (PP) and 8 transformers T1 to T8. The requirement of power by transformer is exactly met by the electric power provided by the power plant. The electric power in some of the high tension wires and the requirement at some of the transformers has also been mentioned. PP is the source transformer, i.e. the PP does not have any requirement of its own, but it supplies the requirements of all the other transformers.(All values shown in the figure are in KW.)It is also known that:i. The maximum capacity of any high tension wire is 1000 KW.ii. The requirement at any transformer, except the power plant and T8, is equal to the flow in exactly one of the high tension wires directly connected to it.iii. No two high tension wires, directly connected to the same transformer, carry the same amount of electric power.iv. The flow in none of the high tension wires shown above is zero.What is the amount of electric power (in kW) carried by the high tension wire T3-T6?a)500b)600c)700d)800Correct answer is option 'D'. Can you explain this answer?, a detailed solution for Directions: Read the given information carefully and answer the question that follows.Given below is a network of high tension wires from power plant (PP) and 8 transformers T1 to T8. The requirement of power by transformer is exactly met by the electric power provided by the power plant. The electric power in some of the high tension wires and the requirement at some of the transformers has also been mentioned. PP is the source transformer, i.e. the PP does not have any requirement of its own, but it supplies the requirements of all the other transformers.(All values shown in the figure are in KW.)It is also known that:i. The maximum capacity of any high tension wire is 1000 KW.ii. The requirement at any transformer, except the power plant and T8, is equal to the flow in exactly one of the high tension wires directly connected to it.iii. No two high tension wires, directly connected to the same transformer, carry the same amount of electric power.iv. The flow in none of the high tension wires shown above is zero.What is the amount of electric power (in kW) carried by the high tension wire T3-T6?a)500b)600c)700d)800Correct answer is option 'D'. Can you explain this answer? has been provided alongside types of Directions: Read the given information carefully and answer the question that follows.Given below is a network of high tension wires from power plant (PP) and 8 transformers T1 to T8. The requirement of power by transformer is exactly met by the electric power provided by the power plant. The electric power in some of the high tension wires and the requirement at some of the transformers has also been mentioned. PP is the source transformer, i.e. the PP does not have any requirement of its own, but it supplies the requirements of all the other transformers.(All values shown in the figure are in KW.)It is also known that:i. The maximum capacity of any high tension wire is 1000 KW.ii. The requirement at any transformer, except the power plant and T8, is equal to the flow in exactly one of the high tension wires directly connected to it.iii. No two high tension wires, directly connected to the same transformer, carry the same amount of electric power.iv. The flow in none of the high tension wires shown above is zero.What is the amount of electric power (in kW) carried by the high tension wire T3-T6?a)500b)600c)700d)800Correct answer is option 'D'. Can you explain this answer? theory, EduRev gives you an
ample number of questions to practice Directions: Read the given information carefully and answer the question that follows.Given below is a network of high tension wires from power plant (PP) and 8 transformers T1 to T8. The requirement of power by transformer is exactly met by the electric power provided by the power plant. The electric power in some of the high tension wires and the requirement at some of the transformers has also been mentioned. PP is the source transformer, i.e. the PP does not have any requirement of its own, but it supplies the requirements of all the other transformers.(All values shown in the figure are in KW.)It is also known that:i. The maximum capacity of any high tension wire is 1000 KW.ii. The requirement at any transformer, except the power plant and T8, is equal to the flow in exactly one of the high tension wires directly connected to it.iii. No two high tension wires, directly connected to the same transformer, carry the same amount of electric power.iv. The flow in none of the high tension wires shown above is zero.What is the amount of electric power (in kW) carried by the high tension wire T3-T6?a)500b)600c)700d)800Correct answer is option 'D'. Can you explain this answer? tests, examples and also practice CAT tests.
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