Answer Happy

Part A You set up the circuit shown in Egure 1), where R = 256 2 You dose the switch altime= 0 and measure the magnitude of the current in the resistor R as a function of time t since the switch was closed. Your results are shown in (Figure 2), where you have chosen to plot Ini as a function of t. Select the correct explanation of why your data points lie close to a straight line. The current in the circuit is 1 = et/880 Taking logs of the equation for tglves in(t) = 6 - A graph of In(t) versus t will be a me o 4. HC 20 C FC Switch орен straight with slope equal to 20 t A graph of In(!) versust will 0 The current in the circuit 15 i et Taking logs of the equation for i gives Inſi) – In ( ) 20 i- i be a straight with slope equal to 1 + - Q The current in the circuit is e/Talong logs of the equation for a gives In(t) = In i = i be a straight with slope equal to RC Q. HC HIC AC A t A graph of In(t) versus I will 1 R b с Q The current in the circuit is i = 1/10 Taking logs of the equation for i gives In(i) = Cho A graph of In(i) versus will be a i t straight with slope equal to me - 0.50 1.00 1.50 200 250 50 0 -25 Submit Request Answer -1.3 -4.0 Part B Use the graph in (Figure 2) to calculate the capacitance C. Express your answer to two significant figures and include the appropriate units. HA h c ? Value Units Submit Resuest Answer Part C Use the graph in (Figure 2) to calculate the initial charge Q. on the capacitor. Express your answer to two significant figures and include the appropriate units. THA o a) ? Q. = Value Units Submit Request Answer Part D When i = 0.0900 A. what is the charge on the capacitor? Express your answer to two significant figures and include the appropriate units. μΑ 31 ? Q- Value Units Submit Request Answer Part E When -0.900 x 10-4C, what is the current in the resistor? Express your answer to two significant figures and include the appropriate units. + o ? 1 = Value Units