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![4. Voltage 30kr across 8.25V [ Voltmeter reading] H io Io 8.25 Io = 0.275 mA 30 K 5. without Voltmeter Io = Ió = 0.285 mA. 6](http://img.homeworklib.com/questions/96e7e860-062b-11eb-872d-ad1d23b0fcf9.png?x-oss-process=image/resize,w_560)
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The following questions pertain to the circuits shown below 5kOlms lo 30kOlms DC 10V v (5pts)...
The following questions pertain to the circuits shown below 5kOlms 10 30k Olms DC 10V V...
The following questions pertain to the circuits shown below 5kOlms 10 30k Olms DC 10V V (5pts) 3. In the ideal case, what is the voltage applied to the 30k2 resistor? (5pts) 4. If the voltmeter reads 8.25V, what is the current lo? (5pts) 5. Without the voltmeter, what is 1.2 (5pts) 6. How much current is the voltmeter drawing? (5pts) 7. What is the internal resistance of the voltmeter?
(5pts) 1. You know from the lab experiments that an ideal voltmeter a. has a high...
(5pts) 1. You know from the lab experiments that an ideal voltmeter a. has a high internal resistance at DC b. has a low internal resistance at DC c. must have an additional resistance placed in series with it so that the readings are accurate d. measures the peak-to-peak value of a sinusoid at AC (5pts) 2. If an ideal DC ammeter is connected across the terminals A and B of the circuits shown below, the meter will read amps....
(5pts) 1. You know from the lab experiments that an ideal voltmeter a. has a high...
(5pts) 1. You know from the lab experiments that an ideal voltmeter a. has a high internal resistance at DC b. has a low internal resistance at DC c. must have an additional resistance placed in series with it so that the readings are accurate d. measures the peak-to-peak value of a sinusoid at AC (5pts) 2. If an ideal DC ammeter is connected across the terminals A and B of the circuits shown below, the meter will read amps....
The following questions pertain to the circuits shown below. ЗmA 6mA 30 M2 ? 15 ΜΩ...
The following questions pertain to the circuits shown below. ЗmA 6mA 30 M2 ? 15 ΜΩ In an amplifier design, your company has a non-ideal current source. The amplifier acts like a resister of 15MS2 but can only take 3mA as input or it will overheat and cease function. It was discovered in testing e that the above schematic delivered 4mA to the amplifier and most of the amps burned out. Over 1000 of these amps have already been built...
d. none of the above The following questions pertain to the circuits shown below. 3mA ?...
d. none of the above The following questions pertain to the circuits shown below. 3mA ? 30 MO 15 M2 бmA In an amplifier design, your company has a non-ideal current source. The amplifier acts like a resister of 15MQ but can only take 3mA as input or it will overheat and cease function. It was discovered in testing that the above schematic delivered 4mA to the amplifier and most of the amps burned out. Over 1000 of these amps...
Q1. You are given a 12 V DC power supply. You are expected to develop a voltage divider to achieve a voltage of no...
Q1. You are given a 12 V DC power supply. You are expected to develop a voltage divider to achieve a voltage of nominal 5V value using a pair of resistors from the E 12 range, with the restrition that you are not expected to draw a current of more than 1 mA from the 12 V DC supply i. Develop a simple circuit showing the possible values for each resistor pair, and the range of the DC output possible...
(5pts) 11. A 0.5V peak-to-peak 1kHz sine wave with a 100mV DC offset is provided as...
(5pts) 11. A 0.5V peak-to-peak 1kHz sine wave with a 100mV DC offset is provided as the input into a non- inverting operational amplifier with a gain of 20. If the output of the op-amp is read using an oscilloscope with AC coupling, then the value is close to a. 2V DC b. 2V peak-to-peak 1kHz sine wave c. 10V peak-to-peak 1kHz sine wave with 2V DC offset d. 10V peak-to-peak 1kHz sine wave only (5pts) 12. Which of the...
An ideal voltmeter V is connected to a 2.0 O resistor and a battery with emf...
An ideal voltmeter V is connected to a 2.0 O resistor and a
battery with
emf 5.0 V and internal resistance 0.5 O as shown in the figure on
the
right. (a) What is the current in the 2.0 O resistor? (b) What is
the terminal
voltage of the battery? (c) What is the reading on the voltmeter?
Explain
your answers.
Name Date Period HW 12:1 DC Electric Circuits - Circuit Analysis In the circuit at the...
Name Date Period HW 12:1 DC Electric Circuits - Circuit Analysis In the circuit at the right each cell has an EMF of 2.20 volts and an internal resistance of 0.600 Ω. The resistors have the following values: R1 5.00 Ω, R,-4.00 Ω, R,-10.00, R 30.0 2, and Rs 2.50 2 69, what will be the current flowing through the 5.00 Ω resistor? lo R2 R, 2- 70. What will be the current flowing through the 10.0 S2 resistor? 71....
*** Problem 3 When switch S in Figure 1 is open, the voltmeter V reads 3.08...
*** Problem 3 When switch S in Figure 1 is open, the voltmeter V reads 3.08 V. When the switch is closed, the voltmeter reading drops to 2.97 V, and the ammeter reads 1.65 A. (Note: r is internal resistance of the battery.) fr Figure 1: Assume that the two meters are ideal so they don't affect the current in the circuit. a What is the EMF, V, produced by the battery? b) What is the liternal cesistance, r, of...
The following questions pertain to the circuits shown below 5kOlms 10 30k Olms DC 10V V (5pts) 3. In the ideal case, what is the voltage applied to the 30k2 resistor? (5pts) 4. If the voltmeter reads 8.25V, what is the current lo? (5pts) 5. Without the voltmeter, what is 1.2 (5pts) 6. How much current is the voltmeter drawing? (5pts) 7. What is the internal resistance of the voltmeter?
(5pts) 1. You know from the lab experiments that an ideal voltmeter a. has a high internal resistance at DC b. has a low internal resistance at DC c. must have an additional resistance placed in series with it so that the readings are accurate d. measures the peak-to-peak value of a sinusoid at AC (5pts) 2. If an ideal DC ammeter is connected across the terminals A and B of the circuits shown below, the meter will read amps....
(5pts) 1. You know from the lab experiments that an ideal voltmeter a. has a high internal resistance at DC b. has a low internal resistance at DC c. must have an additional resistance placed in series with it so that the readings are accurate d. measures the peak-to-peak value of a sinusoid at AC (5pts) 2. If an ideal DC ammeter is connected across the terminals A and B of the circuits shown below, the meter will read amps....
The following questions pertain to the circuits shown below. ЗmA 6mA 30 M2 ? 15 ΜΩ In an amplifier design, your company has a non-ideal current source. The amplifier acts like a resister of 15MS2 but can only take 3mA as input or it will overheat and cease function. It was discovered in testing e that the above schematic delivered 4mA to the amplifier and most of the amps burned out. Over 1000 of these amps have already been built...
d. none of the above The following questions pertain to the circuits shown below. 3mA ? 30 MO 15 M2 бmA In an amplifier design, your company has a non-ideal current source. The amplifier acts like a resister of 15MQ but can only take 3mA as input or it will overheat and cease function. It was discovered in testing that the above schematic delivered 4mA to the amplifier and most of the amps burned out. Over 1000 of these amps...
Q1. You are given a 12 V DC power supply. You are expected to develop a voltage divider to achieve a voltage of nominal 5V value using a pair of resistors from the E 12 range, with the restrition that you are not expected to draw a current of more than 1 mA from the 12 V DC supply i. Develop a simple circuit showing the possible values for each resistor pair, and the range of the DC output possible...
(5pts) 11. A 0.5V peak-to-peak 1kHz sine wave with a 100mV DC offset is provided as the input into a non- inverting operational amplifier with a gain of 20. If the output of the op-amp is read using an oscilloscope with AC coupling, then the value is close to a. 2V DC b. 2V peak-to-peak 1kHz sine wave c. 10V peak-to-peak 1kHz sine wave with 2V DC offset d. 10V peak-to-peak 1kHz sine wave only (5pts) 12. Which of the...
An ideal voltmeter V is connected to a 2.0 O resistor and a
battery with
emf 5.0 V and internal resistance 0.5 O as shown in the figure on
the
right. (a) What is the current in the 2.0 O resistor? (b) What is
the terminal
voltage of the battery? (c) What is the reading on the voltmeter?
Explain
your answers.
Name Date Period HW 12:1 DC Electric Circuits - Circuit Analysis In the circuit at the right each cell has an EMF of 2.20 volts and an internal resistance of 0.600 Ω. The resistors have the following values: R1 5.00 Ω, R,-4.00 Ω, R,-10.00, R 30.0 2, and Rs 2.50 2 69, what will be the current flowing through the 5.00 Ω resistor? lo R2 R, 2- 70. What will be the current flowing through the 10.0 S2 resistor? 71....
*** Problem 3 When switch S in Figure 1 is open, the voltmeter V reads 3.08 V. When the switch is closed, the voltmeter reading drops to 2.97 V, and the ammeter reads 1.65 A. (Note: r is internal resistance of the battery.) fr Figure 1: Assume that the two meters are ideal so they don't affect the current in the circuit. a What is the EMF, V, produced by the battery? b) What is the liternal cesistance, r, of...
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