Question

Si (110) Plane The (110) plane of silicon is shown above. Determine the number of atoms per square cm for the plane shown. The value of a = 5.43\times 10^{-8} cm 4.912 \times 10^{14} atoms/square cm 9.593 \times 10^{14} atoms/square cm 6.783 \times 10^{14} atoms/square cm 7.832 \times 10^{14} atoms/square cm

          Si (110) Plane
The (110) plane of silicon is shown above. Determine the number of atoms per
square cm for the plane shown. The value of a = 5.43\times 10^{-8} cm
4.912 \times 10^{14} atoms/square cm
9.593 \times 10^{14} atoms/square cm
6.783 \times 10^{14} atoms/square cm
7.832 \times 10^{14} atoms/square cm

Si (110) Plane
The (110) plane of silicon is shown above. Determine the number of atoms per
square cm for the plane shown. The value of a = 5.43×10^-8 cm
4.912 ×10^14 atoms/square cm
9.593 ×10^14 atoms/square cm
6.783 ×10^14 atoms/square cm
7.832 ×10^14 atoms/square cm

Added by Allen P.

University Physics with Modern Physics

Hugh D. Young 14th Edition

Instant Answer

Solved by Expert Jaya M

Step 1

The area of a square is given by the formula A = side^2. In this case, the side length is equal to the lattice constant a, which is given as 5.43x10^-8 cm. So, the area of the square cm is (5.43x10^-8 cm)^2 = 2.95x10^-15 cm^2. Show more…

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Si(110) Plane The (110) plane of silicon is shown above. Determine the number of atoms per square cm for the plane shown. The value of a = 5.43x10^-8 cm. 4.912 X 10^14 atoms/square cm 9.593 X 10^14 atoms/square cm 6.783 X 10^14 atoms/square cm 7.832 X 10^14 atoms/square cm