EMF of a cell can be-either positive or negativeonly positiveonly negativenone of the above

Question

Toppr Admin · Accepted Answer

EMF is the voltage developed by any source of electrical energy such as battery or dynamo- The emf of the source is defined as the work dW done per unit charge dq-dWdq- It can be positive or negative depending on the redox reactions of the cell-

EMF of a cell can be:
either positive or negative
only positive
only negative
none of the above

EMF is the voltage developed by any source of electrical energy such as battery or dynamo. The emf of the source is defined as the work dW done per unit charge $d q = \frac{d W}{d q}$ . It can be positive or negative depending on the redox reactions of the cell.

EMF of a cell can be:either positive or negativeonly positiveonly negativenone of the above

EMF is the voltage developed by any source of electrical energy such as battery or dynamo. The emf of the source is defined as the work dW done per unit charge dq=dWdq. It can be positive or negative depending on the redox reactions of the cell.

EMF of a cell can be:
either positive or negative
only positive
only negative
none of the above

EMF is the voltage developed by any source of electrical energy such as battery or dynamo. The emf of the source is defined as the work dW done per unit charge $d q = \frac{d W}{d q}$ . It can be positive or negative depending on the redox reactions of the cell.