The resistance of the platinum wire of a platinum resistance thermometer at the ice point is `5Omega` and at steam point is `5.23 Omega`. When it is inserted in a hot bath, the resistance of the wire is `5.795 Omega`. Calculate the temperature of the bath.

The resistance of the platinum wire of a platinum resistance thermometer at the ice point is 5 Omega and at steam point ins 5.23 Omega When the thermomenter is inserted in a hot bath, the resistance of the platinum wire is 5.795Omega. Calculate the temperature of the bath.

The resistance of the platinum wire of a platinum resistance thermometer at the ice point is 5 Omega and at steam point is 5.39 Omega . When the thermometer is inserted in a hot bath, the resistance of the platinum wire is 5.795 Omega . Calculate the temperature of the bath.

Resistance of platinum wire in one platinum resistance thermometer at ice point and at steam point are respectively 10 Omega and 12.5 Omega . When this thermometer is kept in one heat bath, its resistance is found to be 14 Omega . Find temperature of this heat bath.

Resistance of platinum wire in one platinum resistance thermometer at ice point and at steam point are respectively 10 Omega and 10.78 Omega . When this thermometer is kept in one heat bath, its resistance is found to be 10.123 Omega . Find temperature of this heat bath in degree Fahrenheit (""^(@)F).

The temperature coefficient of resistance of a wire is 0.00125 per .^oC . At 300K, its resistance is 1 Omega . The resistance of the wire will be 2 Omega at

Two copper wires A and B have the same mass. The resistance of wire A is 0.5 Omega and the length of wire B is double that of wire A. Find the resistance of wire B.

In an experiment to measure the internal resistance of a cell by a potentiometer, it is found that the balance point is at a length of 2 m when the cell is shunted by a 5 Omega resistance and is at a length of 3 m when the cell is shunted by a 10 Omega resistance, the internal resistance of the cell is then

A cube is constructed by connecting 12 wires of equal resistance as shown in figure. The equivalent resistance between the points A and B shown in the figure is..... . The resistance of each wire is of r Omega . A and B are the midpoints of the sides PQ and VU respectively.

Two resistors when connected in series net resistance is 5 Omega and when they are connected in parallel net resistance is 1.2 Omega . What are these resistors ?

Two resistors when connected in series net resistance is 5 Omega and when they are connected in parallel net resistance is 1.2 Omega What are these resistors?