Volume of a cylindrical container=πr²h
Container A:
πr²h=42 ounces of water.
Countainer B.
Volume of Container B=πr²(1.5 h)=1.5(πr²h)=1.5(42 ounces of water)=63 ounces of water.
Answer: the maximum amount of water that Container B can hold is 63 ounces of water.
Answer(s): 333/55, 1/4, 31/3, 7/64.
Explanation: 333/55 is already in simplest form
(4/16)/(4/4)=1/4
(279/27)/(9/9)=31/3
(49/448)/(7/7)=7/64
The answer to this question is simple... you simply multiply the price times the percent. i got 2.55 for the discount so you just subtract that from 8.50 and you get 5.95
Given:
The function for size of a square frame is
where, x is the side length of the picture.
The function for the price in dollars for the frame is
To find:
The single function for the price of a picture with an edge length of x.
Solution:
We know that, for a picture with an edge length of x.
Size of a square frame = f(x)
Price in dollars for the frame = p(x)
Single function for the price of a picture with an edge length of x is
Let the name of this function is c(x). So,
Therefore, the required function is .
Given that y varies inversely with x, then:
y=k/x
where
k is the constant of proportionality:
k=yx
hence, given that x=28 when y=2, then the value of k will be:
k=28×2
k=56
Answer: k=56