In the circuit, with emf = 25 V, the battery and the inductor have no appreciable internal resistance and there is no current in the circuit. Assume that R = 14.5? and L = 12.0mH .
A) Immediately after the switch is closed, find the reading of
the ammeter A.
I1 = ________ A
B) Immediately after the switch is closed, find the readings of
the voltmeters (V1 and V2).
V1 = __________ V
V2 = __________ V
C) Find the readings of the voltmeters (V1 and V2) after the switch has been closed for a very long time.
D) Which answers in parts A, B, C and D would change if the inductance were 2.40
a)
Immediately after switch is closed inductor acts as open circuit
I1=0 A
b)
Immediately after switch is closed inductor acts as open circuit
V1=0 V
V2=25 V
c)
After long time inductor acts as short circuit
V1=25 V
V2=0 V
d)
None of the answers would change
In the circuit, with emf = 25 V, the battery and the inductor have no appreciable...
In the circuit shown in the figure below, the battery and the inductor have no appreciable internal resistance and there is no current in the circuit. After the switch is closed, find the readings of the ammeter and voltmeters (a) the instant after the switch is closed; (b) after the switch has been closed for a very long time. (c) Which answers in parts (a) and (b) would change if the inductance were 24.0 mH instead? V s 15.012 25.0...
emf In the circuit above, the switch is closed for a short time. The readings are then recorded from the ammeter and the voltmeter and shown in the table below. Voltmeter Readings (V) Ammeter Readings (mA) 6.75 30 6.00 60 5.25 90 4.50 120 3.00 180 a) Draw a graph on graph paper of Voltmeter Readings against Ammeter Readings b) Find the following information from the graph: D) EMF of the battery b) Internal Resistance of the battery. c) A...
What is the Kirchhoff's junction rule equation for this junction? A 10-V-emf battery is connected in series with the following: a 2-mu F capacitor, a 2-Ohm resistor, an ammeter, and a switch, initially open; a voltmeter is connected in parallel across the capacitor. After the switch has been closed for a relatively long period (several seconds, say), what are the current and capacitor voltage readings, respectively? A resistor, inductor, battery, and switch are all hooked up in series. Draw a...
A 12.0 V dc battery having no appreciable internal resistance, a 153.5 Ω resistor, an 11.4 mHinductor, and an open switch are all connected in series. Part A After the switch is closed, what is the time constant for this circuit ? Part B After the switch is closed, what is the maximum current that flows through it ? Part C What is the current 72.7 μs after the switch is closed ? Part D After the switch is closed,...
A 12.0 V dc battery having no appreciable internal resistance, a 250 ohms resistor, a 15.0 mH inductor, and an open switch are all connected in series. a. What is time constant in this circuit? b. What is the voltage on the resistor when the switch is just closed? c. What is the voltage on the inductor when the switch has been closed for a long time? d. What is maximum energy stored in the conductor? e. What is current...
4) (10 pts) A circuit consists of a 10V battery, a switch, a 0.1H inductor, and a 10 ohm resistor wired in a loop. Initially the switch is open, so no current flows. a) Find the EMF across the inductor immediately after the switch is closed. b) How long does it take for the EMF across the inductor to drop to 1/e of its value just after the switch is closed? c) Find the current in the circuit a very...
In the circuit of the figure
below, the battery emf e m f is 60 V, the resistance R is 150 Ω,
and the capacitance C is 0.500 µF. The switch S is closed for a
long time interval, and zero potential difference is measured
across the capacitor. After the switch is opened, the potential
difference across the capacitor reaches a maximum value of 150 V.
What is the value of the inductance?
In the circuit of the figure below,...
When switch S in the figure is open, the voltmeter V of
the battery reads 3.09 V . When the switch is closed, the voltmeter reading drops
to 2.96 V , and the ammeter A reads 1.66 A . Assume that the two
meters are ideal, so they do not affect the circuit. (Figure 1) -
From that we find that emf E = 3.09 V.Find the internal resistance r of the battery.
In the circuit shown in (Figure 1) all meters are idealized and the batteries have no appreciable Internal resistance. For related problem solving tips and strategies, you may want to view a Video Tutor Solution of A complex network. Part B Find the reading of the voltmeter with the switch S open. PartC With the switch closed, find the reading of the voltmeter. Part D With the switch closed, find the reading of the ammeter. Part E Which way (up or down) does the curent fiow through the switch?
In the circuit in (Figure 1) the capacitors are all initially uncharged, the battery has no internal resistance, and the ammeter is idealized.For related problemsolving tips and strategies, you may want to view a Video Tutor Solution of Charging a capacitor.Part AFind the reading of the ammeter just after the switch S is closed.Part BFind the reading of the ammeter after the switch has been closed for a very long time.