Asked by Matt
I need to determine maximum tension/down force with a pendulum.
I need to use the lightest string possible to:
-support a 16kg bob, with
-a velocity of 4m/s
-with a swing radius of 2m
-at it's equilibrium (ie 0 degrees)
-given standard gravity.
using T=m(V^2/r)+(g*cos(x))
The problem is as the swing radius (r) decreases then T increases.
But logic tells me it is opposite of this. What am I missing?
Thanks
I need to use the lightest string possible to:
-support a 16kg bob, with
-a velocity of 4m/s
-with a swing radius of 2m
-at it's equilibrium (ie 0 degrees)
-given standard gravity.
using T=m(V^2/r)+(g*cos(x))
The problem is as the swing radius (r) decreases then T increases.
But logic tells me it is opposite of this. What am I missing?
Thanks
Answers
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