Answer:
Anaphase
Explanation:
This is because the spindle fibres have shortened and is pulling the chromatids towards the poles of the cell. The chromatids have also separated.
Well, Bianca, I'll tell ya. You really haven't told us enough to completely define exactly what's going on here. In fact, now that I look at it carefully, you've told us nothing at all ... only asked a question based on zero given information.
IF you're talking about an object like a baseball or a rock or another projectile of some kind, and IF the object has no jet engines on it, and IF it has been tossed, launched, thrown, or otherwise sent on its way to somewhere other than the place it left from, and IF it's OK to ignore the effects of air resistance, then ...
-- the only force acting on the object is the force of gravity
-- gravity only points down
-- gravity has no effect on horizontal velocity
-- horizontal velocity is <em>constant</em>, and <em>doesn't change </em>as time goes on.
But IF any of these things is different, then you can forget everything I said. I'm just guessing.
I assume to give would be to spend a little longer catching the ball, this is done because the longer you take to change the velocity of something the less force you feel, another example of wanting to give would be a car crash, the longer you can absorb the hit the higher the chance of survival for the driver because the goal of giving in this scenario is to make the driver accelerate as slow as possible when crashing and a second example would be bending your knees when you fall because you make the time of impact longer reducing the amount of force you feel and also decreasing your odds of injury
Answer:
(e)
Explanation:
At resonance we know that
That is
We have given resonance frequency f =4511 Hz and inductance L=1.82 mH
So
So option e is the correct answer
Answer:
It is the amplitude.
Explanation:
The amplitude is the measure of the size of the disturbance from a wave, so half the distance from the trough and crest.