Physics, asked by jujharsingh07, 7 months ago

write einstein's photoelectric equation​

Answers

Answered by Anonymous
4

Answer:

Einstein's photoelectric equation,

Kmax=hν−ϕ0 where.

Kmax is the max kinetic energy of emitted electrons and ϕ0 is the work function.

According to Planck's quantum theory, light radiations consist of small packets of energy. ...

Energy of photon is,

Where, h = Planck's constant.

v = frequency of light.

Answered by ItzStrawBerry
3

Einstein's photoelectric equation,

Einstein's photoelectric equation,Kmax=hν−ϕ0 where.

Einstein's photoelectric equation,Kmax=hν−ϕ0 where.Kmax is the max kinetic energy of emitted electrons and ϕ0 is the work function.

Einstein's photoelectric equation,Kmax=hν−ϕ0 where.Kmax is the max kinetic energy of emitted electrons and ϕ0 is the work function.According to Planck's quantum theory, light radiations consist of small packets of energy. ...

Einstein's photoelectric equation,Kmax=hν−ϕ0 where.Kmax is the max kinetic energy of emitted electrons and ϕ0 is the work function.According to Planck's quantum theory, light radiations consist of small packets of energy. ...Energy of photon is,

Einstein's photoelectric equation,Kmax=hν−ϕ0 where.Kmax is the max kinetic energy of emitted electrons and ϕ0 is the work function.According to Planck's quantum theory, light radiations consist of small packets of energy. ...Energy of photon is,Where, h = Planck's constant.

Einstein's photoelectric equation,Kmax=hν−ϕ0 where.Kmax is the max kinetic energy of emitted electrons and ϕ0 is the work function.According to Planck's quantum theory, light radiations consist of small packets of energy. ...Energy of photon is,Where, h = Planck's constant.v = frequency of light.

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