The differential equation of the deflection curve generated due to the temperature difference between the bottom and top fibers for the beam loaded as shown in the following figure can be given as (assume α as the coefficient of thermal expansion)

The differential equation of the deflection curve generated due to the

1.	The differential equation of the deflection curve generated due to the temperature difference between the bottom and top fibers for the beam loaded as shown in the following figure can be given as (assume α as the coefficient of thermal expansion)
A.	α(T1 - T2 × T1)/h
B.	α(T1 - T2)/h
C.	α(T1 ×T2 - T2)/h
D.	α(T2 - T1)/h
E.	α(T1 × T2 - T2)/(T1 × h)
Answer» E. α(T1 × T2 - T2)/(T1 × h)