Question: In the circuit below, write Kirchhoff's voltage rule for the loop (1) ABEFA (2) BCDEB (3) Write Kirchhoff's current law for junction B. RI B

 In the circuit below, write Kirchhoff's voltage rule for the loop(1) ABEFA (2) BCDEB (3) Write Kirchhoff's current law for junction B.RI B IZ RZ C A R4 Rg 1 2 I V3

D 17What total capacitances can you make by connecting a 5.00 pFand an 8.00 pF capacitor together, such that a) the total capacitanceis less than the individual capacitances. How should you connect them? Calculate

In the circuit below, write Kirchhoff's voltage rule for the loop (1) ABEFA (2) BCDEB (3) Write Kirchhoff's current law for junction B. RI B IZ RZ C A R4 Rg 1 2 I V3 D 17What total capacitances can you make by connecting a 5.00 pF and an 8.00 pF capacitor together, such that a) the total capacitance is less than the individual capacitances. How should you connect them? Calculate the equivalent capacitance. b) the total capacitance is greater than the individual capacitances. How should you connect them? Calculate the equuvalent capacitance. 1. Is this object a conductor or insulator? Justify your answer. 2 pts m /\\ 2. Describe in a short paragraph how an action potential is formed across the cell membrane. What physics principles are involved? 3 pts

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