An electron moving along the x axis has a position given by x = 16.0 te-t m, where t is in seconds. how far is the electron from the origin when it momentarily stops?

The electron is 5.88 m far from origin when it momentarily stops.

Explanation:

The position of electron on x-axis is given by the equation:

x = 16 t m   __________ eqn(1)

The speed of particle can be found out by taking derivative of "x" with respect to "t"

V = dx/dt = 16[-t + ]

V = 16(1 - t)

Now, when the electron stops, its velocity becomes zero.

V = 0 = 16(1 - t)

(1 - t) = 0

Either: = 0

-t = ln(0)

t = infinity (Since, time can not be infinite, thus this answer is rejected)

Or: 1 - t = 0

t = 1 sec

Therefore, at t= 1 sec, the electron will stop momentarily.

Using t = 1 sec in eqn (1), we find the position of electron.

x = 16(1) m

x = 5.88 m

the higher the current the higher the mag field around it the higher the influence on the compass

first thing first of the answer is with technology. second thing second thing is that the big bang theory did not happened u see they say it did but what they dont realize is that like dinasures are still a round they might deny it but they and look at these 12 foot human skelteons they find lets see didnt the bible say something about giants. hope this peace.