If the ammeter a shows a zero reading
WebSolutions. ( 1) As the magnet is inserted into the coil, there is a change in magnetic flux linkage. The magnetic flux linkage in the coil increases because the magnetic field increases. When the bar magnet is completely inside the coil, the magnetic field becomes constant and the current induced is zero. Hence, option (B) is correct. Web12 dec. 2024 · The resistance reading of your ammeter will be indicated on a display on the front of the meter. You may have to adjust the power range before it can read the low level of a working fuse. Most ammeter fuses can be easily replaced or reset, though this process will vary according to your brand and model.
If the ammeter a shows a zero reading
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WebCorrect option is B) As the ammeter reading is zero, thus current flowing in the loop II is zero. Let the current flowing in loop I be i (clockwise) ∴ Potential across R must be equal … Web9 jan. 2013 · The current flowing is then determined by the resistance of the circuit. Since the ammeter has its own very small resistance, this will change its reading somewhat …
WebWhich change to the circuit could restore the voltmeter reading to zero? answer choices . Decreasing the resistance of R. Increasing the resistance of R. ... Which row shows the readings on the ammeter and voltmeter? answer choices . Current / A: 0.075. Voltage / V: 0.75. Current / A: 0.075. Voltage / V: 1.50. Current / A: 0.150. Web18 sep. 2024 · When the circuit is switched on, the ammeter reads 0.5 A. (i) Calculate the value of the unknown resistor R. (ii) Calculate the charge passing through the 3 Ω …
WebIf the ammeter A shows a zero reading in the circuit shown below, the value of resistance R is . A. $$500 \,\Omega $$ B. $$125 \,\Omega $$ C. $$100 \,\Omega $$ D. $$41.5 … Web13 feb. 2010 · Next, a resistor of unknown resistance R_r is connected in series to the ammeter, and the ammeter's reading drops to; how do I calculate what the ammeter …
Web20 mei 2024 · The ammeter reading, I = 0.10, The resistance in resistor, R = 45 Ω. Calculate the potential difference by following the formula, V = I * R V is the potential difference. Substitute the value, V = V = 4.5 Volts Therefore, the potential difference across the 45 Ω resistor showing an ammeter reading of 0.10 is 4.5 Volts.
WebThe circuit diagram shows a power supply connected to some circuit components. In the diagram, P and Q are the terminals of the d.c. power supply. Under which circumstances … cluster randomised trial biasWebIn the circuit shown, the ammeter reading is zero. Then, the value of the resistance R is: Q. If the ammeter A shows a zero reading in the circuit shown above, the value of resistance R is View More Related Videos Series and Parallel Combination of Resistors Watch in App cluster randomized control studyWeb4 dec. 2024 · If the AC voltage is not symmetrical around zero, then the DC voltmeter will still try to follow it, but instead of sitting at zero, it will show the average of the up and … cluster rankingWeb15 apr. 2024 · Typically an ammeter has a range of 0-3 ampere and there are 30 divisions on its scales. E. g. – if you take an ammeter which has a dial 0 —300, it means it can … cluster randomized controlled trial på norskWebWhich circuit has a zero reading on the ammeter? A B C D Difficulty level: hard Viewed by: 6056 students Solutions ( 1) In reversed baised condition, the current flow through the … cluster randomised trial是什么Web22 aug. 2024 · I am having problems correctly setting up my volt/ammeters. I am attempting to use them to monitor a boost converter I recently purchased. I would like to have one … cluster rashWebQuestion. The diagram shows an electric drill and safety guard. The drill requires the logic circuit shown. The circuit must only allow the motor to start when the safety guard is … cluster randomization trial