A plane light wave of intensity I-0-20W cm-2- falls on a plane mirror surface with reflection coefficient rho-0-8- The angle of incidence is 45-o- In terms of corpuscular theory- If the magnitude of the normal pressure exerted on that surface is X- Find out the value of -10-X-

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A plane light wave of intensity I=0.20Wcm−2 falls on a plane mirror surface with reflection coefficient ρ=0.8. The angle of incidence is 45o. In terms of corpuscular theory, If the magnitude of the normal pressure exerted on that surface is X. Find out the value of 10X?

A plane light wave of intensity $I = 0.20 W c m^{- 2}$ falls on a plane mirror surface with reflection coefficient $ρ = 0.8$ . The angle of incidence is $45^{o}$ . In terms of corpuscular theory, If the magnitude of the normal pressure exerted on that surface is X. Find out the value of $10^{X}$ ?