As inertia increases, does velocity always decrease? Is it that the increase in radius leads to and increase in the time it takes for a complete revolution?
Moment of inertia is not the same as inertia....m~>mr^2Linear~>rotational analogCritical examples: collapsing star, figure skaters, and putting you hands out when you lose your balance...Check: what do tight rope walkers use to balance? WHY?ANS: a thin light pole with mass on the end it's like having a set of handle bars to.
As inertia increases, does velocity always decrease? Is it that the increase in radius leads to and increase in the time it takes for a complete revolution?
ReplyDeleteMoment of inertia is not the same as inertia....
ReplyDeletem~>mr^2
Linear~>rotational analog
Critical examples: collapsing star, figure skaters, and putting you hands out when you lose your balance...
Check: what do tight rope walkers use to balance?
WHY?
ANS: a thin light pole with mass on the end it's like having a set of handle bars to.