Apiece of silicon sample has a resistivity of 0.1 ω.cm. its thickness is 100µm. the electron mobility is 1350cm 2 v -1sec-1. when a magnetic field of bz and an ix of 1ma is supplied, the hall voltage is found out to be -70µv. calculate the electron concentration (#/cm3 or #/m3 ) of the silicon sample and bz (in wb/m2 ). suppose the concentration of holes can be neglected.

The answer is Rh = 135 cm^3 and B = 0.05185 wh/m^2

Explanation:

Resitivity of silicon = 0.1

thickness = 100um

so, I = ma

Required to find out concentration of electron , we know that

Rh = up

By putting in the values,

Rh = 1350 x 0.1

Rh = 135 cm^3

Now consider,

Rh = 1 / Rh.q

= 1 / Rh . q

= 1 / 135 x1.609 x10^-19

= 4.6037 x 10^16 / cm^3

Vh = BIRh / w

B = Vh w/ IRh

B = -70 x10^-6 x 100 x10^-6 / 1x 10^-3 x 135 x 10^-6

B = 0.05185 wh / m^2

b) returns freshwater to the earth.

c) returns freshwater to the earth.c) occurs after condensation.

d) returns freshwater to the earth.c) occurs after condensation.d) roughly equal to the amount of evaporation.

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a.) travels faster in solids because the particles are closer together.

air is a gas water is a liquid