Answer:
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Explanation:
Answer: μc
have: 2μF = F
the charge on this capacitor is (μc)
Explanation:
Well i think <span>Hydrolysis - using water to split a molecule that has formed via a condensation</span>
The force that cannot be the resultant of these forces is 10N since it is <u>less than both given forces</u>
Given the forces with a magnitude of 12N and 24N, the resultant of these forces must not be less than any of the two forces.
- From the given options, the only force that is less than both 12N and 24 N is 10N.
- Hence the force that cannot be the resultant of these forces is 10N since it is <u>less than both given forces</u>
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It sounds like the ball's velocity along the -axis should be taken to be constant, in which case the ball has velocity vector
We note that at , we're told the ball is at the origin, so its position at this point is . We then integrate the velocity vector to find the position vector:
For the sake of simplicity, I'll assume , so that
(a) Then at , the ball's position in the plane is given by the vector
which is to say its position in the plane is at the point (6.56, 3.25).
(b) The ball's displacement is the same as its position, but in vector form (as above).
(c) The ball has velocity
That is, the ball has a speed of and is traveling in a direction of about relative to the positive -axis.