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Two resistors x and y are connected in left and right gaps of a meter bridge. then the balancing length is 60cm. when a 10 ohm is shunted to X., the balancing point shifts by 10 cm. find the values of X and Y?
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Two resistors x and y are connected in left and right gaps of a meter ...
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Two resistors x and y are connected in left and right gaps of a meter ...
Explanation:
1. Initial Setup:
- Let the resistances of x and y be X ohms and Y ohms respectively.
- The balancing length on the meter bridge is 60 cm.
2. When 10 ohm resistor is shunted to X:
- Let the balancing point shift by 10 cm to a new point at distance L from the left end.
- Using the principle of Wheatstone bridge, the ratio of resistances is given by X/Y = L/(100-L) ...(1)
3. Initial Balance Condition:
- At initial balance point, the ratio of resistances is X/Y = 60/(100-60) = 3/2 ...(2)
4. Shift in Balance Point:
- After shunting X with a 10 ohm resistor, the new balance point satisfies the equation X/10 = (60+10)/(100-60-10) ...(3)
5. Solving Equations:
- From equations (2) and (3), we can solve for X and Y.
- Solving X = 20 ohms and Y = 30 ohms.
6. Conclusion:
- The values of resistors X and Y are 20 ohms and 30 ohms respectively.
1. Initial Setup:
- Let the resistances of x and y be X ohms and Y ohms respectively.
- The balancing length on the meter bridge is 60 cm.
2. When 10 ohm resistor is shunted to X:
- Let the balancing point shift by 10 cm to a new point at distance L from the left end.
- Using the principle of Wheatstone bridge, the ratio of resistances is given by X/Y = L/(100-L) ...(1)
3. Initial Balance Condition:
- At initial balance point, the ratio of resistances is X/Y = 60/(100-60) = 3/2 ...(2)
4. Shift in Balance Point:
- After shunting X with a 10 ohm resistor, the new balance point satisfies the equation X/10 = (60+10)/(100-60-10) ...(3)
5. Solving Equations:
- From equations (2) and (3), we can solve for X and Y.
- Solving X = 20 ohms and Y = 30 ohms.
6. Conclusion:
- The values of resistors X and Y are 20 ohms and 30 ohms respectively.
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Two resistors x and y are connected in left and right gaps of a meter bridge. then the balancing length is 60cm. when a 10 ohm is shunted to X., the balancing point shifts by 10 cm. find the values of X and Y?
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Two resistors x and y are connected in left and right gaps of a meter bridge. then the balancing length is 60cm. when a 10 ohm is shunted to X., the balancing point shifts by 10 cm. find the values of X and Y? for NEET 2024 is part of NEET preparation. The Question and answers have been prepared according to the NEET exam syllabus. Information about Two resistors x and y are connected in left and right gaps of a meter bridge. then the balancing length is 60cm. when a 10 ohm is shunted to X., the balancing point shifts by 10 cm. find the values of X and Y? covers all topics & solutions for NEET 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Two resistors x and y are connected in left and right gaps of a meter bridge. then the balancing length is 60cm. when a 10 ohm is shunted to X., the balancing point shifts by 10 cm. find the values of X and Y?.
Two resistors x and y are connected in left and right gaps of a meter bridge. then the balancing length is 60cm. when a 10 ohm is shunted to X., the balancing point shifts by 10 cm. find the values of X and Y? for NEET 2024 is part of NEET preparation. The Question and answers have been prepared according to the NEET exam syllabus. Information about Two resistors x and y are connected in left and right gaps of a meter bridge. then the balancing length is 60cm. when a 10 ohm is shunted to X., the balancing point shifts by 10 cm. find the values of X and Y? covers all topics & solutions for NEET 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Two resistors x and y are connected in left and right gaps of a meter bridge. then the balancing length is 60cm. when a 10 ohm is shunted to X., the balancing point shifts by 10 cm. find the values of X and Y?.
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