[" Qu.7) Wavelengths of different radiations are given below: "],[qquad A=300nm,8=300 mu m,C=3nmD=30A]

Wavelengths of different radiations are given below: (A) 300nm (B) 300 mu m (C) 3nm ( 30A^(@) Arrange these radiations in the increasing order of their energies.

Wavelength of different radiations are given below. lambda (A) = 300nmlambda (B) =300 mumlambda (C) =3nmlambda (D)= 30overset(@)A Arrange these radiations in the increasing order of their energies.

Wavelength of different ra diations are given below. lambda (A) = 300nmlambda (B) =300 mumlambda (C) =3nmlambda (D)= 30overset(@)A Arrange these radiations in the increasing order of their energies.

What is the difference between 3.0 and 3.00 g ?

Two spheres A and B having radii 3 cm and 5 cm respectively are coated with carbon black on their outer surfaces. The wavelengths of maximum intensity of emitted radiation are 300 nm and 500 nm respectively. If the powers radiated are Q_A and Q_B respectively, then (Q_A)/(Q_B) is

Two spheres A and B having radii 3 cm and 5 cm respectively are coated with carbon black on their outer surfaces. The wavelengths of maximum intensity of emitted radiation are 300 nm and 500 nm respectively. If the powers radiated are Q_A and Q_B respectively, then (Q_A)/(Q_B) is

The energy of a photon of radiation having wavelength 300 nm is,

Two spheres A and B having radii 3cm and 5cm respectively are coated with carbon black on their outer surfaces.The wavelengths of maximum Intensity of emission of radiation are 300nm and 500nmrespectively.Find the ratio of powers ((P_(A))/(P_(B))) radiated by them.