Answer:
Part a) The equation for the volume of the film canister is
Part b) The radius of the film canister is
Step-by-step explanation:
<u><em>The complete question is</em></u>
A film canister in the shape of a cylinder has a height of 8 centimeters and a volume of 32π cubic centimeters.
a. Write an equation for the volume of the film canister.
b. What is the radius of the film canister?
Part a) Write an equation for the volume of the film canister
we know that
The volume of a cylinder is equal to
where
r is the radius of the circular base
h is the height of the cylinder
we have
substitute
----> equation for the volume of the film canister
Part b) What is the radius of the film canister?
we have
Simplify
Divide by 8π both sides
square root both sides
Answer:
Greater than/equal to 6,896
Step-by-step explanation:
s + 5,204》12,100
s》12,100 - 5,204
s》6,896
It's y such that y ≤ 3
{y|y≤3}
Look at the maximum of the values of y (it's 3) now look at the minimum (-infinity) so y is less than or equal to 3.
Answer:
-4x3y2
-2x3y2
x3y2
6x3y2
Step-by-step explanation:
Like terms are the parts of an equation which have the same variables and exponents.
The term 4x3y2 has x and y specifically x3 and y2. Only terms with this same base and exponent values are like terms.
x2y3
----> NO
4x3y3
----> NO
-4x3y2 -----> x3y2
-2x3y2
-----> x3y2
-4x2y2
----> NO
x3y2
-----> x3y2
6x3y2-----> x3y2
Answer:
No
Step-by-step explanation:
Counterexample for the numbers 25 and 10
The actual LCM is 50
If you were to multiply both numbers together you would get 250 which is incorrect