State and explain the principle of wheatstone bridge
Answers
Answer:
Wheatstone bridge principle if the ratio of the two resistances (R1/R2) on one edge is equal to the ratio of the two resistances (R3/Rx) on another edge then there will be no flow of current between the midpoints of the two edges of resistance.
Explanation:
Working Principle of Wheatstone bridge. Now according to the Wheatstone bridge principle if the ratio of the two resistances (R1/R2) on one edge is equal to the ratio of the two resistances (R3/Rx) on another edge then there will be no flow of current between the midpoints of the two edges of resistance.
Answer:
State and principle of Wheatstone bridge
Explanation:
Wheatstone Bridge:
Wheatstone Bridge is defined as the circuit which is used to measure the value which is unknown to us and value is of the resistor. It also creates the balance of the circuit between two legs of the bridge. The Wheatstone bridge is shown as a rhombus in shape.
Principle of Wheatstone bridge:
According to the Wheatstone bridge principle, the current does not flow between both sides of the Wheatstone Bridge if the ratio of resistor of one side is equal to the ratio of resistor of the other side. And if the circuit shows the above condition then it will be called Balanced Bridge Condition.