Assignment on Describe the electric field both inside and outside of the hydrogen atom. Presume that the nucleus is a point source and that the electron is a shell of charge at the ground state’s shell radius.

It can be seen that if we separated the two charger from each other they will create a non-zero electric field in the space. Due to this there will be some electric field is present outside the hydrogen atom. But after some time this field will get weaker but it is not zero outside the atom. It is given by

Outside the atom r > a

Net charge enclosed on the electron is sum of change inside and outside.

As per Gauss’s law it becomes

It follows the rule that electric field outside the spherical object is zero.

  P2: Calculate the capacitance and inductance per unit length between two parallel wires of diameter d spaced D>>d apart.

Capacitance formula

For one wire 

(Williams, 2014)

P3: For the situation in problem 2 if the wires are 12 AWG copper wire and you desire a transmission line with a characteristic impedance of 600 Ohms what is:

a)       The distance “D” required.

Given data

Wire 12 AWG copper wire

Impedance=600 ohm

To find

 Distance D

Using the characteristic impedance formula 

P4: For the transmission line in problem 2 what is the shortest length of transmission line and impedance of transmission line is required to match a 600 Ohm Load resistance to a 50 Ohm source resistance. 

P5: For ordinary borosilicate window glass 3 mm thick and 545nm light what percentage of light that is at normal incidence to the glass makes it through the glass from the air on one side to the air on the other side? 

As we know that the refractive index of borosilicate glass is 1.47