Choose the best answer
Part (1)
The electron energy given by the equations: 1-
a- -22/8 Σοκ.
6- -²/πεοι.
C- - 22/8 περι
d- -22/8 π.Σο
2- In Compton scatter the change in wave length is Aλ.
a- (1-cosp).
mc
b- mic (1-cos).
C h -(1-cos). m
d- (1-cos).
C
The wave equation of motion given: 3-
a- y = Asin 2n (kx-wt).
b- Asin 2 (wt-kx).
c-y Asin (kx-wt).
d-Y Asin (wt-kx).
4- The refraction index of medium is constant that:
a- n= v/c.
b- n = c/v.
c-nf/c.
d- n=f/v.3. A 6.0-cm object is placed 30.0 cm from a lens. The resulting image height has a magnitude of 2.0 cm; and the image is inverted. What is the focal length of the lens3. A 6.0-cm object is placed 30.0 cm from a lens. The resulting image height has a magnitude of 2.0 cm; and the image is inverted. What is the focal length of the lensChoose the best answer
Part (1)
The electron energy given by the equations: 1-
a- -22/8 Σοκ.
6- -²/πεοι.
C- - 22/8 περι
d- -22/8 π.Σο
2- In Compton scatter the change in wave length is Aλ.
a- (1-cosp).
mc
b- mic (1-cos).
C h -(1-cos). m
d- (1-cos).
C
The wave equation of motion given: 3-
a- y = Asin 2n (kx-wt).
b- Asin 2 (wt-kx).
c-y Asin (kx-wt).
d-Y Asin (wt-kx).
4- The refraction index of medium is constant that:
a- n= v/c.
b- n = c/v.
c-nf/c.
d- n=f/v.Choose the best answer
Part (1)
The electron energy given by the equations: 1-
a- -22/8 Σοκ.
6- -²/πεοι.
C- - 22/8 περι
d- -22/8 π.Σο
2- In Compton scatter the change in wave length is Aλ.
a- (1-cosp).
mc
b- mic (1-cos).
C h -(1-cos). m
d- (1-cos).
C
The wave equation of motion given: 3-
a- y = Asin 2n (kx-wt).
b- Asin 2 (wt-kx).
c-y Asin (kx-wt).
d-Y Asin (wt-kx).
4- The refraction index of medium is constant that:
a- n= v/c.
b- n = c/v.
c-nf/c.
d- n=f/v.
