Home
Class 12
PHYSICS
In figure find which is K(a) and L(alpha...

In figure find which is `K_(a) and L_(alpha')`

Text Solution

Verified by Experts

`Delta E_(K _ alpha)` gt `Delta E_(L _ alpha) implies lambda_(K_alpha) lt lambda_(L_alpha)`
so peak 1 is `K_(alpha)` and peak 2 is `L_(alpha)`
Promotional Banner

Topper's Solved these Questions

  • ATOMIC PHYSICS

    CENGAGE PHYSICS ENGLISH|Exercise Solved Examples|23 Videos

  • ATOMIC PHYSICS

    CENGAGE PHYSICS ENGLISH|Exercise Exercise 4.1|15 Videos

  • ALTERNATING CURRENT

    CENGAGE PHYSICS ENGLISH|Exercise Single Correct|10 Videos

  • CAPACITOR AND CAPACITANCE

    CENGAGE PHYSICS ENGLISH|Exercise Integer|5 Videos

Similar Questions

Explore conceptually related problems

In figure find which is K_(a) and K_(beta)

If the frequency of K_(alpha), K_(beta) and L_(alpha) , X-ray lines of a substance are v_(K_(alpha)), v_(K_(beta)) , and v_(L_(beta))

Obtain a relation between the frequencies of K_(alpha), K_(beta) and L_(alpha) line for a target metrial .

The energy of an element with a vacancy in K-shell is 35.2 keV, in L-shell is 5.25 keV and in M-shell is 0.55 keV higher than the energy of the atom of with no vacancy. Find the frequency of K_(alpha),K_(beta) and L_(alpha) X-rays of that element.

The graph given below, shows the variation of sqrt(f) vs z for characteristics X- rays. Lines 1,2,3 and 4 shown in the graph corresponds to any one of K_(alpha) , K_(beta) , L_(alpha) , L_(beta) emission, then L_(beta) is represented by ( f = frequency, z = Atomic number)

If lamda_(K_(alpha)),lamda_(K_(beta)) and lamda_(L_(alpha)) are the wavelengths of K_(alpha),K_(beta) and L_(alpha) lines, then

Let lambda_(alpha'), lambda_(beta),and lambda'_(alpha) denote the wavelength of the X-ray of the K_(alpha), K_(beta), and L_(alpha) lines in the characteristic X-rays for a metal. Then.

Let lambda_(alpha), lambda_(beta),and lambda'_(alpha) denote the wavelength of the X-ray of the K_(alpha), K_(beta), and L_(alpha) lines in the characteristic X-rays for a metal. Then.

The energy of a silver atom with a vacancy in K shell is 25.31 keV, in L shell is 3.56 keV and in M shell is 0.530 keV higher than the energy of the atom with no vacancy. Find the frequency of K_alpha , K_beta and L_alpha X-rays of silver.

Show that the frequency of K_beta X-ray of a material equals the sum of the frequencies of K_alpha and L_alpha X-rays of the same material. (##HCV_VOL2_C44_S01_006_Q01##)