Circular ,ption

Question 1

How to set up

Answer 1

String passed through a tube , with a bung at one end, and LOAD AT OTHER END

Ruler to measure raidus, and clock for time

Question 2

Methods

Answer 2

Whirl the bung with a raidus, with enough frequency such thst thr weight is held

Find the time period standard

This will allow you to find the VELOCOTY

Now vary the raidus and repeat

Plot v2 over r and will give a straight line throigh origin

Question 3

What will the centripetal force be

Answer 3

Be the same as weight?

Question 4

How to emsudre radius

Answer 4

Stop the radius or mark and emaudr sworn a ruler

Question 5

How to vary the mass method

Answer 5

Keep radius constsnt, vary mass and then measure the feequnyt time period and thus v

Here and plot v against m

Question 6

Yeah so vary raidus, and you’ll automatically have to change speed to match weight of centripetal force, then measuee time period for r and plot them

Question 7

Remmeber take readings when removing msss

Answer 7

To check unloading curve and see if the wire hasnr been plasticslly deformed

Question 8

Remember why rubber

Answer 8

Still elastic, area under graph represents work done, hysteresis loop suggest that nkt all thr energy is returned, when load is removed, some ke is transferred to thermal,mehich educes thr bounce

Question 9

Describe properties

Answer 9

Hooked law, hysterics and elastic plastic

Question 10

Oh yeah when using f =kx or your modkisnwhats the assumption

Answer 10

Is that hooked law not exceeded