" A resistance is shown in the figure.Its value and tolerance are given respectively b "

A battery of emf (epsilon) and internal resistance r is connected across a load resistance R_L The plot between output power and load resistance is shown in the figure. value of emf (epsilon) and internal resistance respectively will be

A battery of emf epsilon and internal resistance r is connected across a load resistance R_L . The plot between output power and load resistance is shown in the figure. The value of emf epsilon and internal resistance r respectively will

A battery of emf epsilon and internal resistance r is connected across a load resistance R_L . The plot between output power and load resistance is shown in the figure The value of emf epsilon and internal resistance r respectively will be

The color code of a resistance is given below: The value of resistance and tolerance , respectively are

The color code of a resistance is given below: The value of resistance and tolerance , respectively are

For the network of resistance shown in the figure the equivalent resistance of the network between the points A and B is 18 ohm. The value of unknown resistance R is :

For the network of resistance shown in the figure the equivalent resistance of the network between the points A and B is 18 ohm. The value of unknown resistance R is :

For the network of resistance shown in the figure the equivalent resistance of the network between the points A and B is 18 ohm. The value of unknown resistance R is :

In the arrangement of resistances shown in figure. Find the value of unknown resistance X if the potential difference between B and D is zero.