Times the sides and add them
Answer:
The work done to pump all of the kerosene from the tank to an outlet is
Step-by-step explanation:
The work is defined by:
(1)
The force here will be the product between the volume and the kerosene weighing, so we have :

This force will be in-lbs.
Where R is the radius (3 feet)
Then using (1), we have:
Here 8-y is a distance at some point of the tank. Now, to get the work done from the base to the top of the tank we will need to take integral from 0 to 8 feet.




Therefore, the work done to pump all of the kerosene from the tank to an outlet is
I hope it helps you!
I believe it’s 9 but unsure sorry
Answer:
meters.
Step-by-step explanation:
To find diver's final location relative to the surface of water we will subtract
from
because diver dives away another
from his previous location of
.

Now we will convert our mixed fraction into improper fraction and then we will find a common denominator.

Now let us convert our answer in mixed fraction.
[/tex]
Therefore, diver's final location relative to the surface of the water is
meters.