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Answer the 1.6 problem a, b, c.
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- Please answer the following: a) What is the resistance in the circuit? b) What is the reading in milliamperes of the ammeter?Consider the circuit shown in Figure P1.36. a. Which elements are in parallel? b. What is the relationship between v a and v b ? c. Given that v a = 2 V and v d = -5 V determine the values of v b and v c.Consider the circuit shown in Figure P1.74. a. Use KVL to write an equation relating the voltages.b. Use Ohm’s law to write equations relating v 1 and v 2 to the current i.c. Substitute the equations from part (b) into the equation from part (a) and solve for i.d. Find the power for each element in the circuit and verify that power is conserved.
- Consider the circuit shown in Figure P1.68. a. Which elements are in series?b. Which elements are in parallel? c. Apply Ohm’s and Kirchhoff’s laws to solve for R x.An aluminum wire 5m long and 2mm diameter is connected in parallel with a copper wire 3m long. The total current is 4 A and that in the aluminum wire is 2.5 A. Find the diametre of the copper wire. The resistivity of copper wire being 1.7 micro ohm meter and that of aluminum taken Al 2.6 micro ohm meterDescribe the following I-V graph of the components below based on the difference of ohmic and non-ohmic materials.
- *P1.28. Figure P1.28 shows an ammeter (AM) and voltmeter (VM) connected to measure the current and voltage, respectively, for cir- cuit element A. When current actually enters the + terminal of the ammeter the reading is positive, and when current leaves the + ter- minal the reading is negative. If the actual voltage polarity is positive at the + terminal of the VM, the reading is positive; otherwise, it is negative. (Actually, for the connection shown, the ammeter reads the sum of the cur- rent in element A and the very small current taken by the voltmeter. For purposes of this problem, assume that the current taken by the voltmeter is negligible.) Find the power for element A and state whether energy is being delivered to element A or taken from it if: a. the ammeter reading is +2 A and the voltmeter reading is -25 V; b. the ammeter reading is -2 A and the voltmeter reading is +25 V; c. the ammeter reading is -2 A and the voltmeter reading is -25 V.Include an illustration of the circuit in the solutions. Thank youIn the figure is shown a battery having an emf of 12 Volts and an internal resistance of 0.40 Ohm.A resistor R1 of 2.6 Ohms is connected across itsterminals ab. Determine (a) resistance of Rwhich, when connected across terminals ab inparallel with R1 will make the powerdelivered by the battery a maximum; (b)current in R1 and R; (c) terminal voltage ofbattery; (d) power in R1 and in R; (e) power lost in batteryHint: To maximize power in R, use differentiation In the circuit shown, a 6-Ohm resistor connected in series to a parallel combination of tworesistors, one is 30-Ohm and the other is R beingunknown. Determine the value of R if: (a) thepower dissipated in 6-Ohm resistor is equal tothe power in the parallel combination; (b) hepower in 6-Ohm is equal to the power of in R; (c)value of R maximum power transfer.Hint: To maximize power in R, use differentiation
- 201503131 3. Two batteries with E, = 3V and E₂ = 5 V are connected with three resisters R₁ = 10 ohms, R₂ = 20 ohms and R3 = 30 ohms as shown in the Figure. (8-points) a) Find the currents I₁, I2 and 13 passing through the resistors R₁, R₂ and R3 consecutively and indicate their directions in the figure. (4-points) I Iz V.P 23 13 = I₁+I₂ R₂ 10 3 & 3-101₁-3013 =0 5-20 I 2-10 I₁ = 0 I R₁ ww R3 30 20 25The circuit shown in Figure P1.70 contains a voltage-controlled voltage source. a. Use KVL to write an equation relating the voltages and solve for v x. b. Use Ohm’s law to find the current i x. c. Find the power for each element in the circuit and verify that power is conserved.I -Assume that a 12 V voltage drop occurs across an element from terminal 1 to terminal 2 and that a current of -3 A enters terminal 2. a) Specify the values of v and i for the polarity references shown in Fig. 1.6(a) and Fig. 1.6(c). b) State whether the circuit inside the box is absorbing or delivering power. c) How much power is the circuit absorbing or delivering? Figure 1.6(a): += i Figure 1.6(c): V + 1 2 1 2