A cell can be balanced against `110 cm` and `100 cm` of potentiometer wire, respectively with and without being short circuited through a resistance of `10 Omega`. Its internal resistance is

A cell can be balanced against 110 cm and 100 cm of potentiometer wire, resectively respectively with and without being short circuited through a resistance of 10 Omega . Its internal resistance is:

A cell can be balanced against 110 cm and 100 cm of potentiometer wire respectively when in open circuit and when short circuited through a resistance of 10 Omega . Find the internal resistance of the cell.

A cell can be balanced against 110 cm and 100 cm of potentiometer wire respectively, when open icrcuited and when short circuited through a resistance of 10 ohm. Find the internal resistance of the cell.

A cll balances against a length of 150 cm on a potentiometer wire when it is shunted by a resistance of 5 Omega . But when it is shunted by a resistance of 10 Omega , the balancing length increases by 25 cm. What is the balancing length when the cell is in an open circuit ?

A Daniel cell is balanced on 125 cm length of a potentiometer wire. Now the cells is short-circuited by a resistance 2 ohm and the balance is obtained at 100 cm . The internal resistance of the Dainel cell is

A Daniel cell is balanced on 125 cm length of a potentiometer wire. Now the cells is short-circuited by a resistance 2 ohm and the balance is obtained at 100 cm . The internal resistance of the Dainel cell is