5. The energy required to melt lg. ice is 33J. The number of quanta of

1.	5. The energy required to melt lg. ice is 33J. The number of quanta of radiation of frequency 4.67 x 10power13 sec-1 that must be absorbed to melt 10g ice is1) 1.065 x 10power222) 3.205 x 10power233) 9.076 x 10power24) NonePLEASE GIVE DETAILED ANSWER
Answer» Answer: Energy required to melt 1g ice =33J. Energy required to melt 10g ice =33×10=330J. Radiation frequency (ν)=4.67×10 13 s −1 As we know, the energy of radiation is GIVEN by: E=hν Here, H= Planck's constant =6.62×10 −34 J.s ∴E=6.62×10 −34 ×4.67×10 13 ⇒E=3.09×10 −20 J ∴ No. of quanta required = 3.09×10 −20 330 =1.067×10 22 Hence, the correct option is (A). Explanation: hope it helps you.......

5. The energy required to melt lg. ice is 33J. The number of quanta of radiation of frequency 4.67 x 10power13 sec-1 that must be absorbed to melt 10g ice is1) 1.065 x 10power222) 3.205 x 10power233) 9.076 x 10power24) NonePLEASE GIVE DETAILED ANSWER

Answer»

Answer:

Energy required to melt 1g ice =33J.

Energy required to melt 10g ice =33×10=330J.

Radiation frequency (ν)=4.67×10

−1

As we know, the energy of radiation is GIVEN by:

E=hν

Here, H= Planck's constant =6.62×10

−34

J.s

∴E=6.62×10

−34

×4.67×10

⇒E=3.09×10

−20

∴ No. of quanta required =

3.09×10

−20

330

=1.067×10

Hence, the correct option is (A).

Explanation:

hope it helps you.......