In an imeganary experiment, the Yound's modulus Y of a material is given by `Y=( tau cos thetaT^(x))/(l^(3))` where `tau` is the torque, `theta` is the angle of twist, T is the time perod and l is the length of the wire. What is the value of x ?

If x cos theta + y sin theta =2 is perpendicular to the line x-y =3 then what is one of the value of theta ?

If x cos theta + y sin theta =2 is perpendicular to the line x-y =3 then what is one of the value of theta ?

Y is the Young's modulus of the material of a wire of length L and cross-sectional area A. It is stretched through a length l. What is the force constant of the wire?

Find the value of p in the relation tau = (YL^(p))/(cos theta) where Y is the young's modulus, tau is torque and L is the length.

Find the value of x in the relation Y = (T^x . Cos theta. Tau)/(L^3), where Y is Young's modulu. T is time period, tau is torque and L is length.

To determine the young's modulus of a wire , the formula is Y = (F)/( A) . (L)/ ( Delta l) , where L = l ength , A = area of cross - section of the wire , DeltaL = change in the length of the wire when streched with a force F . Find the conversion factor to change it from CGS t o MKS system.

To determine the young's modulus of a wire , the formula is Y = (F)/( A) . (L)/ ( Delta l) , where L = l ength , A = area of cross - section of the wire , DeltaL = change in the length of the wire when streched with a force F . Find the conversion factor to change it from CGS t o MKS system.

To determine the young's modulus of a wire , the formula is Y = (F)/( A) . (L)/ ( Delta l) , where L = l ength , A = area of cross - section of the wire , DeltaL = change in the length of the wire when streched with a force F . Find the conversion factor to change it from CGS t o MKS system.