A circuit containing a resistor and capacitor (but no batter) ja an area of 0.0020 m^2...
A circuit containing a resistor and capacitor (but no batter) ja an area of 0.0020 m^2 and it lies flat on a table. The resistor has resistance of 15 Ω and the capacitor a capacitance of 430 µF. The tase is located inside a lab where a strong magnetic field is being produced pointing into the surface of the table.
a) If the magnetic feidlstayes the same. will there be a Curren flowing in the circuit? if so, explain in what direction it will flow( Draw it. If not explain why?
b) If the magnetic field increases in strength from 0.25 T to 0.75 T in a quarter if a second, will there be a current flowing in the circuit? If so, explain in what direction it will flow ( draw it). If not explain why?
c) Calculate the magnitude of the induced voltage produced by either the situation in (a) or the situation in (b) (depending on your previous answers)
d) Given that capacitors in C circuits acquire charge according to the formula Q(t)= CV( 1 - e-t/τ), what do you expect the maximum charge on the capacitor to be after half a second.
Thank you...
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A circuit containing a resistor and capacitor (but no batter) ja
an area of 0.0020 m^2...
(20 points) Figure shows a circuit with an area of 0.060 m2 containing a R-1. resistor and a C 2....
(20 points) Figure shows a circuit with an area of 0.060 m2 containing a R-1. resistor and a C 2.5 x 10-4 F uncharged capacitor. Pointing into the plane of the circuit is a uniform magnetic field of magnitude 0.15 T. In 0.01s the magnetic field strengthens at a constant rate to become 0.80 T pointing into the plane. What maximum charge (sign and magnitude) accumulates on the upper plate of the capacitor in the diagram?
(20 points) Figure shows...
(Figure 1) shows a circuit with an area of 0.060 m2 containing a R=1.0 Ω resistor...
(Figure 1) shows a circuit with an area of 0.060 m2 containing a
R=1.0 Ω resistor and a C=210 μF uncharged capacitor. Pointing into
the plane of the circuit is a uniform magnetic field of magnitude
0.17 T. In 1.0×10^-2 s the magnetic field strengthens at a constant
rate to become 0.70 T pointing into the plane.
What maximum charge (sign and magnitude) accumulates on the
upper plate of the capacitor in the diagram?
Express your answer to two significant...
(Figure 1) shows a circuit with an area of 0.040m2 containing a R=1.0Ω resistor and a...
(Figure 1) shows a circuit with an area of 0.040m2 containing a
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the plane of the circuit is a uniform magnetic field of magnitude
0.20T. In 1.0×10−2s the magnetic field strengthens at a constant
rate to become 0.90T pointing into the plane.
What maximum charge (sign and magnitude) accumulates on the
upper plate of the capacitor in the diagram?
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shows a circuit with an area of 0.070 m2m2 containing a R=1.0ΩR=1.0Ω resistor and a C=240μFC=240μF...
shows a circuit with an area of 0.070 m2m2 containing a R=1.0ΩR=1.0Ω resistor and a C=240μFC=240μF uncharged capacitor. Pointing into the plane of the circuit is a uniform magnetic field of magnitude 0.20T0.20T. In 1.0×10−2s1.0×10−2s the magnetic field strengthens at a constant rate to become 0.90T0.90T pointing into the plane. What maximum charge (sign and magnitude) accumulates on the upper plate of the capacitor in the diagram?
The figure shows an initially uncharged capacitor connected to a resistor, in a uniform magnetic field...
The figure shows an initially uncharged capacitor connected to a
resistor, in a uniform magnetic field pointing into the page (-z
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plate of the capacitor to become positively charged.
TrueFalse Rotating the circuit clockwise around the z
axis.
TrueFalse Rotating the magnetic field 90° counterclockwise around
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Part A (Figure 1) shows a circuit with an area of 0.070 m2 containing a R=1.02...
Part A (Figure 1) shows a circuit with an area of 0.070 m2 containing a R=1.02 resistor and a C = 220 uF uncharged capacitor. Pointing into the plane of the circuit is a uniform magnetic field of magnitude 0.10 T. In 1.0 x 10-2 s the magnetic field strengthens at a constant rate to become 0.80 T pointing into the plane. What maximum charge (sign and magnitude) accumulates on the upper plate of the capacitor in the diagram? Express...
The figure shows an initially uncharged capacitor connected to a resistor, in a uniform magnetic field...
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
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You are given a circuit with a switch, resistor, capacitor and battery all in series. The...
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Experiment 7 - The Resistor Capacitor Circuit Learning Objectives: Understand the short and long time behavior...
Experiment 7 - The Resistor Capacitor Circuit Learning Objectives: Understand the short and long time behavior of circuits containing capacitors. Understand the and the mathematical relationshin between the current through the circuit as a function time, resistance, capacitance, and potential difference 1. Understanding the models for the behavior of a capacitor in a circuit A capacitor is a device that stores energy in a circuit as potential energy in an electric field. In the simple circuit drawn on the night,...
(20 points) Figure shows a circuit with an area of 0.060 m2 containing a R-1. resistor and a C 2.5 x 10-4 F uncharged capacitor. Pointing into the plane of the circuit is a uniform magnetic field of magnitude 0.15 T. In 0.01s the magnetic field strengthens at a constant rate to become 0.80 T pointing into the plane. What maximum charge (sign and magnitude) accumulates on the upper plate of the capacitor in the diagram?
(20 points) Figure shows...
(Figure 1) shows a circuit with an area of 0.060 m2 containing a
R=1.0 Ω resistor and a C=210 μF uncharged capacitor. Pointing into
the plane of the circuit is a uniform magnetic field of magnitude
0.17 T. In 1.0×10^-2 s the magnetic field strengthens at a constant
rate to become 0.70 T pointing into the plane.
What maximum charge (sign and magnitude) accumulates on the
upper plate of the capacitor in the diagram?
Express your answer to two significant...
(Figure 1) shows a circuit with an area of 0.040m2 containing a
R=1.0Ω resistor and a C=270μF uncharged capacitor. Pointing into
the plane of the circuit is a uniform magnetic field of magnitude
0.20T. In 1.0×10−2s the magnetic field strengthens at a constant
rate to become 0.90T pointing into the plane.
What maximum charge (sign and magnitude) accumulates on the
upper plate of the capacitor in the diagram?
B ww R С
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.
TrueFalse Rotating the circuit clockwise around the z
axis.
TrueFalse Rotating the magnetic field 90° counterclockwise around
the x axis (so that the field ends up pointing towards +y).
TrueFalse Increasing the magnetic field strength.
TrueFalse Rotating the circuit 90°...
Part A (Figure 1) shows a circuit with an area of 0.070 m2 containing a R=1.02 resistor and a C = 220 uF uncharged capacitor. Pointing into the plane of the circuit is a uniform magnetic field of magnitude 0.10 T. In 1.0 x 10-2 s the magnetic field strengthens at a constant rate to become 0.80 T pointing into the plane. What maximum charge (sign and magnitude) accumulates on the upper plate of the capacitor in the diagram? Express...
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...
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