A simple circuit is set up. a. Explain how and why an ammeter and a voltmeter...
A simple circuit is set up. a. Explain how and why an ammeter and a voltmeter is placed into the circuit to perform measurements based upon the internal design of each.
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A simple circuit is set up. a. Explain how and why an ammeter
and a voltmeter...
2. Based on the direction of current flow and direction of magnetic field, which direction will...
2. Based on the direction of current flow and direction of magnetic field, which direction will the loop of wire within the magnetic field turn? Explain your reasoning 3. A simple circuit is set up. 1. Explain how and why an ammeter and a voltmeter is placed into the circuit to perform measurements based upon the internal design of each. 4. A set of batteries are put into a circuit. 1. Explain if how it is possible for the terminal...
please answer questions 2,4,6 2. Based on the direction of current flow and direction of magnetic...
please answer questions 2,4,6
2. Based on the direction of current flow and direction of magnetic field, which direction will the loop of wire within the magnetic field turn? Explain your reasoning 3. A simple circuit is set up. 1. Explain how and why an ammeter and a voltmeter is placed into the circuit to perform measurements based upon the internal design of each. 4. A set of batteries are put into a circuit. 1. Explain if how it is...
and Working principle of ammeter and voltmeter how they are connected to the circuit (attachment method...
and Working principle of ammeter and voltmeter how they are connected to the circuit (attachment method the reason will be explained) explain by drawing a sample circuit. Kirchhoff current through the circuit you draw and explain the tension laws. (T The circuit drawn should comply with these laws)
Consider the circuit shown below. All three batteries are ideal. The voltmeter and ammeter are also...
Consider the circuit shown below. All three batteries are ideal. The voltmeter and ammeter are also ideal. 7.00V 崇弓= 12.0V v) R 5.00 R2 6.00 Ω = 8.00 V A. What is the internal resistance of the batteries? B. What is the internal resistance of the voltmeter? C. what is the internal resistance of the ammeter? D. Based on your answers to questions A-C draw a simpler equivalent circuit (in the space above to the right of the original circuit)...
If you had a current sensor (ammeter) instead of a voltmeter, how could we get the...
If you had a current sensor (ammeter) instead of a voltmeter, how could we get the without using a voltmeter? Be specific! Do you think it would be easier or more complicated? Would it be more or less accurate? Draw a circuit that uses the ammeter with the location of the ammeter shown.
Questions #4-5: consider the circuit below: 10012 W- E = 10 V 4. A real ammeter...
Questions #4-5: consider the circuit below: 10012 W- E = 10 V 4. A real ammeter with an internal resistance of 1.0 2 is connected to the circuit shown. When the ammeter is properly connected, the power delivered by the battery: a) Decreases b) Increases c) Stays the same d) Depends on how the ammeter is connected 5. A real voltmeter with an internal resistance of 1.0 kN is connected to the circuit shown. When the voltmeter is properly connected,...
Explain For the circuit shown in the Figure 3, R is 12.0 ? and the ammeter...
Explain
For the circuit shown in the Figure 3, R is 12.0 ? and the ammeter reads 0.25 A 11. What is the reading of the voltmeter 12. 15.0 12, What is the voltage across the 15.0 ? resistor? Figure 3 13. If the emf of the battery is 9V, what is the internal resistance of the battery? .2S 14. Calculate the total power that dissipates in this circuit. extenal 15, which one, if either, does dissipate most power: the...
How do you use a voltmeter and ammeter to measure the resistance of a resistor connected...
How do you use a voltmeter and ammeter to measure the resistance of a resistor connected to a DC power supply? Please create a circuit diagram as a part of your answer.
Part II. Conversion of a Galvanometer into a Voltmeter a) Let's now switch to the circuit...
Part II. Conversion of a Galvanometer into a Voltmeter a) Let's now switch to the circuit in Figure 2. Set it up and have it checked by your instructor before closing it. For Rause the theostat (from the greck p owitam resistance of 2000 Calculate the resistance Raneeded to make your 0-1.0 mA galvanometer work as a Qur voltmeter (neglect Ro) and insert it in the circuit 3U RM" .3k-2 b) Use your voltmeter to measure the voltage of 1...
for circuit shown in figure the battery has no appreciable internal resistance. voltmeter and anmeter are...
for circuit shown in figure the battery has no appreciable
internal resistance. voltmeter and anmeter are ideal
2. (20 points, 5 points each) For the circuit shown in Figure, the battery has no appreciable internal resistance. Voltmeter and Ammeter are ideal. (a) What is the equivalent resistance of the circuit? 3 kn 2 kn R(series Rea» 3.734 3.21: 8-73 kn (b) What does the voltmeter read? parrele witn R4 . Vz4s τ24( 2 +): o.or7 (3.73 xu?): 47. 37lV (c)...
2. Based on the direction of current flow and direction of magnetic field, which direction will the loop of wire within the magnetic field turn? Explain your reasoning 3. A simple circuit is set up. 1. Explain how and why an ammeter and a voltmeter is placed into the circuit to perform measurements based upon the internal design of each. 4. A set of batteries are put into a circuit. 1. Explain if how it is possible for the terminal...
please answer questions 2,4,6
2. Based on the direction of current flow and direction of magnetic field, which direction will the loop of wire within the magnetic field turn? Explain your reasoning 3. A simple circuit is set up. 1. Explain how and why an ammeter and a voltmeter is placed into the circuit to perform measurements based upon the internal design of each. 4. A set of batteries are put into a circuit. 1. Explain if how it is...
and Working principle of ammeter and voltmeter how they are connected to the circuit (attachment method the reason will be explained) explain by drawing a sample circuit. Kirchhoff current through the circuit you draw and explain the tension laws. (T The circuit drawn should comply with these laws)
Consider the circuit shown below. All three batteries are ideal. The voltmeter and ammeter are also ideal. 7.00V 崇弓= 12.0V v) R 5.00 R2 6.00 Ω = 8.00 V A. What is the internal resistance of the batteries? B. What is the internal resistance of the voltmeter? C. what is the internal resistance of the ammeter? D. Based on your answers to questions A-C draw a simpler equivalent circuit (in the space above to the right of the original circuit)...
If you had a current sensor (ammeter) instead of a voltmeter, how could we get the without using a voltmeter? Be specific! Do you think it would be easier or more complicated? Would it be more or less accurate? Draw a circuit that uses the ammeter with the location of the ammeter shown.
Questions #4-5: consider the circuit below: 10012 W- E = 10 V 4. A real ammeter with an internal resistance of 1.0 2 is connected to the circuit shown. When the ammeter is properly connected, the power delivered by the battery: a) Decreases b) Increases c) Stays the same d) Depends on how the ammeter is connected 5. A real voltmeter with an internal resistance of 1.0 kN is connected to the circuit shown. When the voltmeter is properly connected,...
Explain
For the circuit shown in the Figure 3, R is 12.0 ? and the ammeter reads 0.25 A 11. What is the reading of the voltmeter 12. 15.0 12, What is the voltage across the 15.0 ? resistor? Figure 3 13. If the emf of the battery is 9V, what is the internal resistance of the battery? .2S 14. Calculate the total power that dissipates in this circuit. extenal 15, which one, if either, does dissipate most power: the...
How do you use a voltmeter and ammeter to measure the resistance of a resistor connected to a DC power supply? Please create a circuit diagram as a part of your answer.
Part II. Conversion of a Galvanometer into a Voltmeter a) Let's now switch to the circuit in Figure 2. Set it up and have it checked by your instructor before closing it. For Rause the theostat (from the greck p owitam resistance of 2000 Calculate the resistance Raneeded to make your 0-1.0 mA galvanometer work as a Qur voltmeter (neglect Ro) and insert it in the circuit 3U RM" .3k-2 b) Use your voltmeter to measure the voltage of 1...
for circuit shown in figure the battery has no appreciable
internal resistance. voltmeter and anmeter are ideal
2. (20 points, 5 points each) For the circuit shown in Figure, the battery has no appreciable internal resistance. Voltmeter and Ammeter are ideal. (a) What is the equivalent resistance of the circuit? 3 kn 2 kn R(series Rea» 3.734 3.21: 8-73 kn (b) What does the voltmeter read? parrele witn R4 . Vz4s τ24( 2 +): o.or7 (3.73 xu?): 47. 37lV (c)...
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