Design and Simulate the circuit in figure 1 using Multisim software and get the following parameters  Current in circuit I =…………………………mA  Voltage across R8 ER =…………………………V  Voltage across C2 EC =…………………………V  Power dissipated P =…………………………mW

| %7Y , L H Homework 2... Homework Group A. Q1. Using Fermi function, evaluate the temperature at which there is 1% probability of an electron in a solid having energy 0.5 eV above E, of 5 ev. Q2. Using Fermi Distribution function, obtain the value of f(E) for E - E; = 0.01 ev at 200 K. 03. If the ene level is lying 0.01 ev above Fermi level in a solid, what is the probability of this level being occupied by an electron at 270? Q4. Calculate the Fermi energy and Fermi temperature in a metal. The Fermi velocity of electrons in the metal is 0.86 x 10° m/s. Q5. Calculate the temperature at which there is 1% probability of a state with energy 0.5 ev above Fermi energy. Group B. Q1. Calculate the number of states per unit volume in an energy interval of 0.01 ev above the Fermi energy of sodium metal. The Fermi energy of sodium at 0K = 3 eV. Q2. Assuming all the electrons to be free, calculate the total number of states below E = 5 ev in a volume 105 m³. Q3. The Fermi energy of silver is 5…