Answer:
All i kno is that that kid ain't gonna be ok
Explanation:
if u tell me how to do it ill do it
I think it’s C. Stroke if not then D
Except for climate which has changes over the eons.
Answer:
Height will be 3.8971 m
Explanation:
We have given that radius of the solid r = 1.60 m
Mass of the solid disk m = 2.30 kg
Angular velocity 
Moment of inertia is given by 
Transnational Kinetic energy is given by
as we know that v = 
So 
Rotational kinetic energy is given by 
Potential energy is given by mgh
According to energy conservation


The order of magnitude of my age in seconds is 10^9. I think you'll find that this is true for anyone who is 32 or older.