Answered: If electrons flow very slowly through a… | bartleby

Related questions

Question

If electrons flow very slowly through a circuit, why doesn't it take a noticeably long time for a lamp to glow when you turn on a distant switch? Explain your answer.

Expert Solution

Trending now

This is a popular solution!

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Blurred answer

Similar questions

In our circuit, current flows in the blue path and the red path. Sometimes people say things like, "the current takes the path of least resistance" but this is clearly not true since the red path has more resistance than the blue. Can you explain why all the current does not just the blue path (the least resistance path)? Think conceptually and come up with a metaphor for this situation.
3 8. Consider this battery with an emf of E = 3V. (a) If the potential at the negative end of the battery is 1 V, the potential at the positive end of the battery is A) -2V B) 1VC) 2V D) 3V E) 4V (b) Which current is larger? A) IA, going into the battery B) IB, coming out of the battery C) Both currents are the same 1129 APE 1 26 1V 8 = 3V V? 아픔 I+ IB tv A
The pedestrian crossing of Washington Road and Ivy Lane (near the Physics building) needs a back-up battery in event of power failure. In order for the three lights to be bright enough to be seen in daylight, each of the three RL = 50 N lights must dissipate P = the 3 lights are connected in parallel (see the drawing), and the open circuit voltage of the battery (that is, the voltage when there is no current) is Vo = 110 volts. What is the maximum internal battery resistance R; allowable given that each lamp must dissipate 220 watts? 220 watts. Suppose %3D %3D Ri Vo RL pyri
What is the difference between the drift velocity of the electrons in a conductor and the speed of an electrical signal? If there is a difference in speed, which is faster?