Light with energy flux of `24Wm^(-2)` is incident on a well polished disc of radius `3.5 cm` for one hour. The momentum transferred to the disc is

Light with energy flux of 24w/m^(2) is incident on a well polished disc of radius 3.5cm for one hour. The momentum transferred to the disc is

Light with energy flux 36w//cm^(2) is incident on a well polished metal square plate of side 2cm . The force experienced by it is

Light with energy flux 36w/cm2 is incident on a well polished metal square plate of side 2cm. The force experienced by it is

Light with energy flux 36w/cm2 is incident on a well polished metal square plate of side 2cm. The force experienced by it is

Light with energy flux 36Wm^(-3) is incident on a circular part of radius 1.4m of a perfectly balck body. The force experienced by the body and the momentum delivered in 10 minutes are

Light with energy flux 18wcm^(-2) is incident on a mirror of size 2cmxx2cm normally. The force experienced by it and momentum delivered in one minute are

Light with energy flux of 18w/cm^(2) falls on a non reflecting surface of area 20cm^(2) at normal incidence the momentum delivered in 30 minutes is

Light with energy flux of 18W//cm^(2) falls on a non reflecting surface of area 20cm^(2) at normal incidence the momentum delivered in 30 minutes is

Light is incident normally on a completely absorbing surface with an energy flux of 25 Wcm^(-2) If the surface has an area of 25 cm^(2) the momentum transferred to the surface in 40 min time duration will be:

Light is incident normally on a completely absorbing surface with an energy flux of 25 Wcm^(-2) If the surface has an area of 25 cm^(2) the momentum transferred to the surface in 40 min time duration will be: