PV I (γ-1)
(k1T1d2+ k2T2d1 ) / ( k1d2+ k2d1)
(k1T1+ k2d2 ) / ( d1+ d2)
[(k1d1+ k2d2 ) / (T1+ T2)] * T1T2
(k1d1T1+ k2d2T2 ) / ( k1d1+ k2d2)
E=(3/4) * (mv^2/qa)
Rate of work done by the electric field at P is (3/4) * (mv^3/a)
Rate of work done by the electric field at P is zero.
Rate of work done by both the fields at Q is zero.
αs/( αa + αs)
αa/( αa + αs)
One must use an ideal gas
Such a process is impossible
A change of phase is essential
One may use any real gas such as N2.
Shift downwards by nearly two fringes.
Shift upward by nearly two fringes.
Shift downward by 10 fringes.
B*[(u – f) / f]½
B*[f /(u – f)] ½
B*[(u – f)/f]
B*[f / (u – f)]^2
Here's an interesting quiz for you.