Answer:
3.33 A/s
Explanation:
At the instant that the switch is closed, the voltage across the inductor is equal to the emf of the battery.
So, the initial voltage across the inductor is equal to the Emf of the battery.
And when this happens, there is no flow of current across the resistor, at this initial instant.
Ohm's law, stated for inductors is given as
V = L (dI/dt)
V = voltage across the inductor = 10.0 V
L = inductance of the inductor = 3.00 H
(dI/dt) = Rate of change of current in the circuit.
10 = 3 × (dI/dt)
(dI/dt) = (10/3) = 3.33 A/s
Hope this Helps!!!
Answer:11
Explanation: because is the number that repeted 2 times
Answer:
yes bc there are branches and twigs surrounding you
Explanation:
♡♡♡please mark as brainliest♡♡♡
Fe=k|q1q2| / r^2
(k is the electrostatic constant which has a value of 8.99x10^9 Nm^2/c^2, r is the distance between the charges and q is the quantity of the charges.)