The Kinetic Energy of the fastest photoelectron emitted using light of wavelength λ is E; While the K.E. of the fastest

Question 1

The Kinetic Energy of the fastest photoelectron emitted using light of wavelength λ is E; While the K.E. of the fastest phtotoelectron using light of wavelength λ' is 2E. The photocathode is the same in both the cases. Then,

Question 2

Correct option (D)

Explanation:

Use Einstein’* photoelectric equation

kratos · Answer 1 · 2020-06-13T01:31:45+0000

Correct option (D)

Explanation:

Use Einstein’* photoelectric equation

The Kinetic Energy of the fastest photoelectron emitted using light of wavelength λ is E; While the K.E. of the fastest

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The Kinetic Energy of the fastest photoelectron emitted using light of wavelength λ is E; While the K.E. of the fastest

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