3. Calculate the energy associated with photonr having a wavelength 60

1.	3. Calculate the energy associated with photonr having a wavelength 6000 AJA-6624 x1027 eresee lxample
Answer» Frequency (ν) = C/λ (wave length) = (310^8 meters/sec)/(300010^-10 meters) = 10^15 sec^-1 Energy= HV = (6.6310^-34 Joule.Sec). 10^15 sec^-1 Energy = 6.6310^-19 Joule Here H is regarded as the heat constant while E is known as the energy released.

3. Calculate the energy associated with photonr having a wavelength 6000 AJA-6624 x1027 eresee lxample

Answer»

Frequency (ν) = C/λ (wave length)

= (3*10^8 meters/sec)/(3000*10^-10 meters)

= 10^15 sec^-1

Energy= HV

= (6.63*10^-34 Joule.Sec). 10^15 sec^-1

Energy = 6.63*10^-19 Joule

Here H is regarded as the heat constant while E is known as the energy released.