Question

A Small object is initially to 5.6 MC. Then a
neutral object is rubbed against it & 10
trillion electrons jumb over to first object.
Assume both objects are tiny particles and
have a mass of 3 grams Cach. The objects.
are released when distance b(w them aslan.
Find the magnitude of their acceleration
immediately after they released - Note that
trullion - 1012 and the tuc=loc.​

Answer 1

Answer:

hiiiiiii◇°[]`]`♡•♡○♤●○♡¡●¡¤¤¡¤¡¡¤¡¤¡¤》¤♤●♤●♤●♤●■●●■■●■●■●■○>\>\>~>`{`}`]`]`]°♧°♧°◇•◇•◇•♡○♡○♡○♤○♡○♡○♡●♤●■■●¡□¡》¤》▪?- hiiii

Answer 2

Given:

A Small object is initially to 5.6 MC. Then the  neutral object is rubbed against it & 10  trillion electrons jump over to the first object.  Assume both objects are tiny particles and  have a mass of 3 grams Cach. The objects are released when distance between them.

To Find:

Find the magnitude of their acceleration  immediately after they released.

Solution:

The magnitude of their acceleration  immediately after they released is $1.92 * 10^{-5} ms^{- 1}$.

Please have a look at the attached image.