a) Linearise the equation above, and state which variable you would plot on the x-axis and which on the y-axis. b) How are ɛ and r related to the gradient and/or y-intercept of the graph?
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- Problem 3. The reading on the ammeter in figure below is 3.00 A, and the current runs from right to left through the ammeter. (a)What is the value of current I1?(b) Find the current I2.(c)What is the emf ?37)Consider the circuits shown below. (a) What is the current through each resistor in part (a)? (b) What is the current through each resistor in part (b)? (c) What is the power dissipated or consumed by each circuit? (d) What is the power supplied to each circuit? Please show all work using this. (Actual values, equations, and drawings)In the circuit shown in the figure (Figure 1) each capacitor initially has a charge of magnitude 3.20 nC on its plates Part A After the switch S is closed, what will be the current in the circuit at the instant that the capacitors have lost 80.0% of their initial stored energy?
- pls see the attached picture, thank you!A. Theoretical Development. 1. (a) Design an ammeter with three scales: 0-200 µA, 0-2 mA, and 0-10 mA. Use a current sensor rated at 200 μA, 100 mV. What resistance does the instrument insert in the circuit at each scale? (b) Using the same current sensor as in (a), design a voltmeter with two scales: 0-10 V and 0- 100 V. What is the maximum current the instrument draws from the circuit for each scale?Explain the flow of current, voltage, and resistance for each resistor and then for the whole system in the circuit. Give the reasoningConsider the circuit shown in (Figure 1). A)What are the magnitude and direction of the current in the 20 Ω resistor in (Figure 1)? Express your answer with the appropriate units. Enter positive value if the current is clockwise and negative value if the current is counterclockwise.
- 2. What are the resistances R and the emf of the battery in the circuit below? 3. Find I1, I2 and the emf in the battery on the right in the circuit below. Please show all stepsIn the circuit shown in the following figure(Figure 1) the capacitor has capacitance 18 μFμF and is initially uncharged. The resistor R0R0 has resistance 12 ΩΩ . An emf of 80.0 VV is added in series with the capacitor and the resistor. The emf is placed between the capacitor and the switch, with the positive terminal of the emf adjacent to the capacitor. The small circuit is not connected in any way to the large one. The wire of the small circuit has a resistance of 1.1 Ω/mΩ/m and contains 30 loops. The large circuit is a rectangle 2.0 mm by 4.0 mm, while the small one has dimensions aaa = 10.0 cmcm and bbb = 19.0 cmcm . The distance cc is 4.0 cmcm . (The figure is not drawn to scale.) Both circuits are held stationary. Assume that only the wire nearest the small circuit produces an appreciable magnetic field through it. The switch is closed at tt = 0. When the current in the large circuit is 5.00 AA , what is the magnitude of the induced current in the small circuit?The electric current I in a circuit shown in the figure was measured as a function of the resistance R in the circuit. The relationship between I and R is given by ?=??+? where ? is the emf of the battery in the circuit and r is the internal resistance of the battery. a) Linearise the equation above, and state which variable you would plot on the x-axis and which on the y-axis. b) How are ? and r related to the gradient and/or y-intercept of the graph?
- Choose the words that make each statement correct. (i) Toproperly measure current through a device, the [(a) ammeter; (b) voltmeter] must be connected [(c) in series with; (d) inparallel with] the device. (ii) To properly measure the voltageacross a device, the [(e) ammeter ; (f) voltmeter] must be connected[(g) in series with; (h) in parallel with] the device.Part a and b, please. For the circuit shown in the figure (Figure 1) both meters are idealized, the battery has no appreciable internal resistance, and the ammeter reads 1.60 A Part a What does the voltmeter read? Part b What is the emf E of the battery?1. Why is an electromotive force not a “force”? Justify your answer. 2. Are electromotive force and voltage the same? Justify your answer. 3. A battery contains an emf of 20.0 V. Determine the current flowing the circuit once it is connected to a 30.50 Ω load if the internal resistance of the emf is equal to 0.234 Ω. 4. A battery has an emf of 12V. When a load resistance of 4 Ω is connected to the battery terminals; a current of 2 amperes flows through it. Calculate the internal resistance of this battery. NOTE: Derive the formula of emf to get the internal resistance.