Please solve these question in details and fully explaination. It is the pre-lab working for Capacitors. Thanks so much in advance.

1. The figure to the right shows a simple circuit with a battery and a light bulb. When the connection is briefly broken, as indicated by the open switch, the light bulb will immediately go out. How would you have to include a capacitor in this circuit to ensure that the light bulb stays lit when the connection is briefly interrupted? For each of the possibilities below, explain briefly if it would work or not, and why. Use the simulation \"Circuit Contruction Kit"(_https:/_/phe_t._cplqrado._e_du[e_n_/sim_u_|atiqn_/ c_ir_c_uit;c_o_n_structjqnkLt-ac) to test each of the circuits and write down what you observe. In the circuits below, the batteries are assumed to be real (i.e. not ideal) so be sure to include a resistor in the appropriate place in the simulation circuits. 5 la 2. The figure shows a circuit with a battery, 3 switch, a light bulb, and a capacitor. When the switch is closed, will the light bulb light up? Explain your prediction. S 3. Test your prediction from the previous question with the Circuit Construction Kit. Explain what you observe in terms of the charge on the capacitor