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Thecapacitors in the figure are initially uncharged and are connected,as in the diagram, with switch S...
Thecapacitors in the figure are initially uncharged and
are connected,as in the diagram, with switch S open. The applied
potentialdifference is Vab = + 210 V.
a) Whatis the potential difference Vcd?
b) Whatis the potential difference Vad after switch S
isclosed?
c) Whatis the potential difference Vdb after switch S
isclosed?
d) Whatis the potential difference Vac after switch S
isclosed?
e) Whatis the potential difference Vcb after switch S
isclosed?
f) Howmuch charge flowed through the switch when...
The capacitor in (Figure 1) is initially uncharged and the switch, in position c, is not connected to either side of the circuit. The switch is now flipped to position a for 11 ms , then to position b for 11 ms , and then brought back to position c. Suppose that E = 15 V . Part A What is the final potential difference across the capacitor?
A capacitor of capacitance C= 2.5 μF is initially uncharged. It is connected in series with a switch of negligible resistance, a resistor of resistance R= 14.5 kΩ, and a battery which provides a potential difference of VB = 160 V.Part (a) Immediately after the switch is closed, what is the voltage drop Vc, in volt across the capacitor?Part (b) Immediately after the switch is closed, what is the voltage drop VR, in volt: across the resistor?Part (c) Immediately after...
The capacitor in the figure shown is initially uncharged and the switch, in position c, is not connected to either side of the circuit. The switch is now flipped to position a for 10 ms, (a) What is voltage difference across the capacitor? (b) then the switch flipped to position b for 10 ms and then brought back to position c. What the final voltage difference across the capacitor?
The figure shows an initially uncharged capacitor connected to a
resistor, in a uniform magnetic field pointing into the page (-z
direction). Choose which changes to the system would cause the top
plate of the capacitor to become positively charged.
1)True False Rotating the circuit 90° counterclockwise around
the y axis.
2) True False Reversing the direction of the magnetic
field.
3) True False Increasing the magnetic field
strength.
4) True False Rotating the circuit clockwise around the
z axis.
5) True False Decreasing...
For the circuit shown in the figure, the switch S is initially open and the capacitor is uncharged. The switch is then dosed at time t = 0. How many seconds after closing the switch will the energy stored in live capacitor be equal to 50.2 mJ?
The diagram shows a LAN with hosts connected by a switch. initially, the switch does not know which ports any of the hosts are connected to A B C D 2. The first frame sent is from Host A to Host C Which hosts will the switch forward the frame to?IAJ D. The next frame sent is from ROSD to HOST A Which hosts will the switch forward the frame to7 (8) Address1: 204.68.130.89 netmask: 255.255.252.0 Address: 204.60.132.3 11001100.00111100.10008010.018 do...
Initially the capacitor is uncharged, but after the switch is closed, it quickly starts charging. (a) UsingKirchhoff’sLaws,writedownadifferentialequationfor?(?). ______ / 20 (b) Using the method “separation of variables” to solve the differential equation of part (a), and show that the solution can be written as ?(?) = ?????1 − ???/?? (c) Determine an expression for time constant ? in terms of ?, ??, ??, and ?. (d) Determine an expression for ???? in terms of ?, ??, ??, and ?. (e)...
Problem 4 The four capacitors in figure (18.44) are initially uncharged when the switch, S, is open, C1 = 2μF and C2 = 4μF. A potential difference of VA - VB = 240V is applied between points A and B. (i) Determine the potential difference between points C and D, VC -VD. (ii) Determine the charge on each capacitor after the switch is closed if the potential difference between points A and B remains 240V. iii) Determine how much charge flows through the...
The capacitors shown in the figure below are initially uncharged
with the switch S1 open and switch S2 closed. After S1 andS2 have been closed for a long time, determine
the voltage across the 28.0 μF capacitor.