According to Hooke's law within the elastic limit (stress)/(strai n)= constant. The constant depends on the type of strain or the type of force acting. Tensile stress might result In compressional or elongative strain, however, a tangential stress can only cause a shearing strain. After crossing the elastic limit. the material undergoes elongation and beyond a stage beaks. All modulus of elastically are basically constants for the materials under stress Two wires of same material have length and radius l,r and 2l, r/2 respectively. The ratio of their Young's modulus is

According to Hooke's law within the elastic limit (stress)/(strai n)=

1.	According to Hooke's law within the elastic limit (stress)/(strai n)= constant. The constant depends on the type of strain or the type of force acting. Tensile stress might result In compressional or elongative strain, however, a tangential stress can only cause a shearing strain. After crossing the elastic limit. the material undergoes elongation and beyond a stage beaks. All modulus of elastically are basically constants for the materials under stress Two wires of same material have length and radius l,r and 2l, r/2 respectively. The ratio of their Young's modulus is
Answer» `1:2` `2:3` `2:1` `1:1` ANSWER :D