Answer:
generator
Explanation:
motor running to electrical
Inspect the glassware for cracks or chips prior to beginning the lab.
Answer:
The change in volume is 
Solution:
As per the question:
Coefficient of linear expansion of Copper, 
Initial Temperature, T =
= 273 K
Final Temperature, T' =
= 273 + 100 = 373 K
Now,
Initial Volume of the block, V = 



where
V' = Final volume


The momentum would increase assuming the velocity stays the same. P=Mv