We know that
Part a) <span>How many cases are produced each week?
</span><span>
A soft drink manufacturer produces
3408 cans in ------------------> 8-hour day
</span>X cans-------------------------> 40 hour (week)
X=40*3408/8---------> X=17040 cans/week
if 1 case ------------------> 24 cans
X case----------------------> 17040 cans
X=17040/24---------> X=710 cases
then answer Part a) is 710 cases for week
Part b) How many cases are produced each month?
A soft drink manufacturer produces
17040 cans in ------------------> 1 week
X cans-------------------------> 4 week
X=4*17040---------> X=68160 cans/ month
if 1 case ------------------> 24 cans
X case----------------------> 68160 cans
X=68160/24---------> X=2840 cases
then answer Part b) is 2840 cases for <span>month</span>
Answer:
Solid Sphere
Step-by-step explanation:
According to the question, the three shapes have equal masses (m), radii (R) (and diameter).
The shape with the least mass moment of inertia will have the highest acceleration
Let IC represents Inertia
According to calculations, the inertia of
Solid Sphere: IC=(2/5)mR²
Solid Cylinder: IC=½mR²
Hollow Pipe: IC=⅔mR²
Where m = mass of the shape
And R is the Radius of the shape
By comparison, the solid sphere has the least mass of inertia and hollow Pipe has the most mass of inertia.
So, solid sphere will get to the bottom first.
I would suggest asking your teacher for help that seems like a lot... :(
The general term for the sequence is n+2.
SOLUTION:
Let's establish the formula for a cylinder as displayed below:
Let volume of cylinder = V
V = ( Pi )r^2h
Now let's substitute the values from the problem into the formula to find the volume.
V = ?
r = 8
h = 4
V = ( Pi )( 8 )^2( 4 )
V = ( Pi )( 64 )( 4 )
V = ( Pi )( 256 )
V = 256( Pi )
FINAL ANSWER:
Therefore, the answer is:
C. 256( Pi ) units^3
Hope this helps! :)
Have a lovely day! <3
