The current -voltage - variation for a wire of copper of length (L) and area (A) is shown in fig. The slope of the line will be

The V – I graph for a wire of copper of length L and cross -section area A is shown in the figure below . The slope of the graph will be

The V – I graph for a wire of copper of length L and cross -section area A is shown in the figure below . The slope of the graph will be

The V – I graph for a wire of copper of length L and cross -section area A is shown in the figure below . The slope of the graph will be

I-V characterstic of a copper wire of length L and area fo cross-section A is shown in Fig. The slope of the curve becomes

I-V characterstic of a copper wire of length L and area fo cross-section A is shown in Fig. The slope of the curve becomes

I- V characteristic of a copper wire of length of L and area of cross - section A is shown in figure . The slope of the curve becomes .

The voltage-current variations of two metallic wire X and Y at constant temperature is shown in fig Assumign that the wires have the same length and the same diameter, explain which of the two wires will have larger resisitivity.