Two wires A and B of same dimensions are stretched by same amount of force .Young's modulus of A is twice that of B. Which wire will get more elongation?

Two wires A and B of the same dimensions are under loads of 4kg and 5.5kg respectively. The ratio of Young's moduili of the materials of the wire for the same elongation is

Two wires A and B have the same cross section and are made of the same material but the length of wire A is twice that of B. Then for a given load

Two wires A and B have the same length and area of cross section. But young's modulus of A is two times the young's modulus of B. Then what is the ratio of force constant of A to that of B?

Two wires A and B have the same cross section and are made of the same material, but the length of wire A is twice that of B . Then, for a given load

Two wires A and B have the same cross section and are made of the same material, but the length of wire A is twice that of B . Then, for a given load

Two wires A and B are stretched by the same load . If the areas of cross - section of wire A is double that of B . then the stress in B is

Two wires A and B have the same length and area of cross-secton. But Young's modulus of A is two times the Young's modulus of B. Then the ratio of force constant of A to that of B is