$10$:$40$

Done

pdx$-$prod.instructure.com

$-=$

$01$:$16$:$17$

Time

Remaining

It Increases

Clear my selection

$9$

Multiple Choice

$1$ point

A sticky glob of mass $m$ is thrown at a block of mass $M$ which is attached to a spring of constant $k.$ The glob sticks to the block after the collision and the system oscillates in SHM without friction or air resistance. If the mass of the glob is increased, what happens to the amplitude of the SHO?

It decreases

It does not change

It increases

It is impossible to tell

Clear my selection

$10$

Multiple Choice

$1$ point

$$

A sticky glob of mass $m$ is thrown at a block of mass $M$ which is attached to a spring of constant $k.$ The glob sticks to the block after the collision and the system