An apple about to fall from a tree branch. The apple has a gravitational pull, while having potential energy at the same time.
Answer:
The force of the man pushing on the handle
Explanation:
The man pushing the cart is the main and only way the cart will move. If he didn't push it, he cart would just come to a halt....
OK. I see what's going on here.
To answer all of these, you have to know two basic things about the
electric field.
(THAT's the whole purpose of the question ... to help you determine
whether you're clear on these two things, or need to go over them.)
Thing #1).
The larger the charge is, the stronger the field is around it,
and a stronger field is indicated with more lines.
Thing #2).
The direction of the lines is the direction of the force on a tiny positive
charge in the field.
If the charge in the middle is positive, then another tiny positive charge
gets pushed away from it ... the lines point OUT.
If the charge in the middle is negative, then a tiny positive charge
gets attracted to it ... the lines point IN.
_________________________
drawing a).
lines point in, charge in the middle is negative
thickest set of lines . . . biggest negative charge
drawing b).
lines point out, charge in the middle is positive
thicker than average lines . . . biggest positive charge
drawing c).
lines point in, charge in the middle is negative
thin lines . . . negative charge in the middle is kind of small
drawing d).
lines point out, charge in the middle is positive
thin lines . . . positive charge in the middle is kind of small
___________________________
I just looked through the charges, to see what they gave us
for positive, negative, big ones, little ones, etc.
BE CAREFUL when you decide which charge to put in the middle.
Don't just look at the beginning numbers ... be sure and consider the exponents too.
The correct answer for this question is this one:
<span>A snowstorm was predicted in Chicago. The possible upper air temperature, surface temperature, and air pressure of Chicago on that day. Normal atmospheric pressure is 29.9 inches of mercury. </span><em>I'm pretty sure the answer is 40 for upper air, 29 for surface temp, and 30 for air pressure. </em>Hope this helps answer your question and have a nice day ahead.
Acceleration = force / mass = 8/10 m/s^2
After 5 s (from the start) velocity = 5 x 8/10= 4 m/s