In the given circuit as shown in the figure, the current I_1 is 5.0 A. What ate

Question

In the given circuit as shown in the figure, the current I_1 is 5.0 A. What ate the currents I_2 and I_3? What is the value of epsilon if the value of R is equal to 2.5 Ohm? A parallel combination of 500-Ohm and 600-Ohm resistors, an uncharged parallel combination of 3.00 mu C and 4.00 mu C capacitors and a 10.0 V power supply are connected in series, (a) What is the time constant of the circuit? What is the voltage after one time constant How long it will take to reach 5% of the maximum voltage? Answer with a circuit diagram. Find the direction of magnetic force on (a) positive & (b) negative charges moving in magnetic field as shown in the figure. Doubly charged uranium- 235 and uranium 238 are being separated in a mass spectrometer. The masses of ions are 3.90 times 10^-25 kg and 3.95 times 10^-25 kg, respectively and they travel at 2.00 times 10^5 m/s in a 0.250 T. What is the separation between their paths after they hit a target? Use right hand rule to find the trajectories of the ions in B field (diagram)

Explanation / Answer

1. Applying KVL in right side loop:

24 - 6 I1 + 3I2 = 0

24 - (6 x 5) + 3 I2 = 0

3 I2 = 6

I2 = 2 A ..............Ans

Applying KCL:

I3 = I2 + I1

I3 = 2 + 5 = 7 A

Applying KVL in left side loop,

e - 3I2 - RI2 = 0

e = (3 x 2) + (2.5 x 7) = 23.5 Volt

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