Question

The voltage applied to an x-ray is 500V. What is the minimum wavelength of x-ray produced ?​

Answer 1

Answer:

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Answer 2

Answer:

Wavelength of X-ray, λ=0.4125A=0.4125×10

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 m

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that:

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV=

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λ

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λhc

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λhc

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λhc

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λhc ∴V=

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λhc ∴V= eλ

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λhc ∴V= eλhc

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λhc ∴V= eλhc

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λhc ∴V= eλhc

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λhc ∴V= eλhc =

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λhc ∴V= eλhc = 1.6×10

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λhc ∴V= eλhc = 1.6×10 −19

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λhc ∴V= eλhc = 1.6×10 −19 ×0.4125×10

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λhc ∴V= eλhc = 1.6×10 −19 ×0.4125×10 −10

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λhc ∴V= eλhc = 1.6×10 −19 ×0.4125×10 −10

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λhc ∴V= eλhc = 1.6×10 −19 ×0.4125×10 −10 6.6×10

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λhc ∴V= eλhc = 1.6×10 −19 ×0.4125×10 −10 6.6×10 −34

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λhc ∴V= eλhc = 1.6×10 −19 ×0.4125×10 −10 6.6×10 −34 ×3×10

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λhc ∴V= eλhc = 1.6×10 −19 ×0.4125×10 −10 6.6×10 −34 ×3×10 8

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λhc ∴V= eλhc = 1.6×10 −19 ×0.4125×10 −10 6.6×10 −34 ×3×10 8

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λhc ∴V= eλhc = 1.6×10 −19 ×0.4125×10 −10 6.6×10 −34 ×3×10 8

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λhc ∴V= eλhc = 1.6×10 −19 ×0.4125×10 −10 6.6×10 −34 ×3×10 8

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λhc ∴V= eλhc = 1.6×10 −19 ×0.4125×10 −10 6.6×10 −34 ×3×10 8 =3×10

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λhc ∴V= eλhc = 1.6×10 −19 ×0.4125×10 −10 6.6×10 −34 ×3×10 8 =3×10 4

Wavelength of X-ray, λ=0.4125A=0.4125×10 −10 mFor minimum wavelength we know that: eV= λhc ∴V= eλhc = 1.6×10 −19 ×0.4125×10 −10 6.6×10 −34 ×3×10 8 =3×10 4 V=30kV