in the circuit below. the emf of the battery e= 14volts, and the resisto has values...
In the circuit shown below, the emf of the battery E=42 volts; the resistors have values R1 = 116 12, R2 = 184 12, and R3 = 139 N; and the capacitor has a capacitance C = 5 UF (microfarads). After the switch has been closed for a long time, what is the current supplied to the circuit by the battery? Answer in milliamps to the nearest milliamp, where 1000 milliamps = 1 amp. S R} E I RA С...
Question 4 2 pts In the circuit shown below, the emf of the battery E=34 volts, and the resistors have values R1 = 1902, R2 = 1362, and R3 = 127 12. How much does the current output of the battery decrease when resistor 2 (R2) burns out, acting as an open circuit? Answer in milliamps (as a positive number) to the nearest milliamp, where 1000 milliamps = 1 amp. w Ri € R R
Question 4 2 pts In the circuit shown below, the emf of the battery E =19 volts, and the resistors have values R1 = 112 12, R2 = 11112, and R3 = 164 12. How much does the current output of the battery increase when resistor 1 (R1) is short-circuited? Answer in milliamps to the nearest milliamp, where 1000 milliamps = 1 amp. Ri € m RSR
in the circuit shown below, the emf of the batteries are E1=42 volts, E2= 25 volts, E3=33volts and the resistors have a value of R1= 34 R2=36. initially switch s is open. After the switch is closed, how much does the current change in resistor R1. Anwer to the nearest milliamp. If the current increases after the switch is closed imput answer as positive. if i decreases input answer as negative. U Question 2 2 pts In the circuit shown...
Urg urgent,! please help, thank you Question 1 2 pts In the circuit shown below, the emf of the battery E=20 volts, and the resistors have values R1 = 17422, R2 = 1252, R3 = 189 and R4 = 1762. What is the current supplied by the battery to this circuit? (Hint: first find the equivalent resistance of the circuit.) Answer in milliamps to the nearest milliamp, where 1000 milliamps = 1 amp. R R R3 w RA
Question 2 2 pts In the circuit shown below, the emfs of the batteries are E1=45 volts, E2=20 volts, and E3=34 volts; and the resistors have values R1 = 302 and R2 = 40 2. Initially switch S is open. After the switch is closed, how much does the current change in resistor R1? Answer to the nearest milliamp, where 1000 milliamps = 1 amp. If the current increases after the switch is closed, input your answer as a positive...
Question 2 2 pts In the circuit shown below, the emf of battery 2 is E 2=186 volts; and the resistors have values R1 = 165 12 and R2 = 125 12. After the switch S is closed, the current through resistor Ry reverses direction, but it has the same magnitude as what it had been before the switch was closed. What is the emf of battery 1 ( E1) in volts to the nearest volt? R, S ER w!...
Question 3 2 pts In the circuit shown below, the emf of the battery E =17 volts; the resistors have values R1 = 196 12 and R2 = 145 N2; and the capacitors have capacitances C1 = 4 uF (microfarads) and C2 = 4 MF. After the switch has been closed for a long time, what is the charge, in uC (microcoulumbs) to the nearest uč, on capacitor 1 (C1)? S CE ES w C2 RE w R
R, D B E WRC I2 R₃ R2 m The EMF of the battery is 6.00 Volts, and each of the resistors is 1.00 Ohm's. What is the electric potential drop across each of the resistors R1, R2, R3 respectively?
Question 1 2 pts In the circuit shown below, the resistors have values R1 = 1761, R2 = 145 12, R3 = 137 N and R4 = 145 12. What is the equivalent resistance of this circuit (which the battery sees)? Answer in ohms to the nearest ohm. S R R w E w R R3