Answered: R₁ -W C R₂ V -i|--₁ a b Figure 2: An RC… | bartleby

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R₁
-W
C
R₂
V
b
Figure 2: An RC circuit
a) Calculate the current flowing through R₁ immediately after the switch is at position a.

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4. In the following circuit R, = 62 IT %3D A I, I2 12v RA = 120 R4 = 120 B (1) Find the equivalent resistance for the two parallel resistor Ra and R, (2) Find the equivalent resistance ( total resistance) for R, R, and R, (3) Calculate the current, I, , flowing from point A and back to B (4) Find the voltage drop across R, (5) Find the voltage drop across R4 (6) Calculate the I, (7) Calculate the l, (8) Is sum of I, and I, equal to l, ? (9) Calculate the power dissipated on R, (10)Calculate power dissipated on RA (11)Calculate the power dissipated on R, (12) Find the total power dissipated from R, RA, and R, (13) If R, RA, and R, are connected in series, find the total power dissipated from R RA, and R. (14)From the answer in (12) and answer from (13), which answer is larger? А,
How would I solve this DC Circuits question?
a-c would be great
What is the time constant of the capacitor and resistor circuit? Switch closes at 1=0 s. R=1K N ww V=12V C=2000 micro-farad
2. A 0.30-m-long metal bar is moving to the left at constant speed of 20 m/s perpendicular to a uniform 2.0 T magnetic field. The bar rides on parallel metal rails connected through a 6.00 resistor, so the apparatus makes a complete circuit, as shown in the figure below. Ignore the resistance of the bar and the rails.