A cylinder has a height of 4 feet and a diameter of 6 feet. To the nearest tenth what is the volume of the cylinder?

1 answer:

3 0

Volume of a Cylinder = πr²h

Substitute the known values,
v = 3.14 * (3)² * 4
v = 113.04

In short, Your Answer would be: 113.0 Ft³

Hope this helps!

You might be interested in

HELP HELP HELP HELP HELLPP

Veronika [31]

The rectangular prism has the greatest volume

Rectangular Prism Volume= 72
Triangular Prism Volume = 70

Volume formulas:
(R.Prism) V=l•w•h
(T. Prism) V= b•h

Work:
(R.Prism)

V= 4•6•3
V= 72

(T.Prism)

V= (1/2•4•5)(7)
V= 70

Hope this helps

4 0

2 years ago

Select the reciprocal of 6/5?

ale4655 [162]

The answer is 5/6 because you need to flip the numbers.

8 0

3 years ago

Baylie measured her little sister's crayons and recorded the lengths in table below. List the lengths in order from greatest to

BigorU [14]

First of all, you need to get them all in the same format, easiest is decimal.

red = 1.25
yellow= 1.40
green = 1.20
blue = 1.50

so the order is blue, yellow, red, and lastly green

8 0

3 years ago

Read 2 more answers

Help I don’t understand at all

zloy xaker [14]

Answer:

$1)\ \ 4h^2-13h+6\\2)\ \ 7x^3y^2-x^2y+1\\3)\ \ -7n+2\\4)\ \ -8m+4$

Step-by-step explanation:

Simplify the expression by combining like terms. Remember, like terms have the same variable part, to simplify these terms, one performs operations between the coefficients. Please note that a variable with an exponent is not the same as a variable without the exponent. A term with no variable part is referred to as a constant, constants are like terms.

$2h^2-7h+2h^2-h+6+4h-9h$

$(2h^2+2h^2)+(-7h-h+4h-9h)+(6)$

$4h^2-13h+6$

Use a very similar method to solve this problem as used in the first. Please note that all of the rules mentioned in the first problem also apply to this problem; for that matter, the rules mentioned in the first problem generally apply to any pre-algebra problem.

$8x^3y^2-7x^2y+8x-4-x^3y^2+2x^2y+4x^2y-8x+5$

$(8x^3y^2-x^3y^2)+(-7x^2y+2x^2y+4x^2y)+(8x-8x)+(-4+5)$

$7x^3y^2-x^2y+1$

Use the same rules as applied in the first problem. Also, keep the distributive property in mind. In simple terms, the distributive property states the following ( $a(b+c)=(a)(b)+(a)(c)=ab+ac$ ). Also note, a term raised to an exponent is equal to the term times itself the number of times the exponent indicates. In the event that the term raised to an exponent is a constant, one can simplify it. Apply these properties here,