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.
This is an idiotic man at its finest you need help
Nn
Basically you have to get 74/2 then the answer will be 14
Answer:
f(x)=104x-x^2
Step-by-step explanation:
Let
x = number of tickets sold.
example, 2 tickets cost 2 · 408 = $816
3 tickets cost 3 · 404 = $738.
The cost of buying x tickets= the number of tickets sold × the price of each ticket.
If x tickets are sold, then the price of each ticket is 412-4(x-1)
Then the quadratic function that gives the total cost of buying x tickets is given by
Cost =quantity sold*price
=412-4(x-1)*x
=(412-4x+4)*x
=412x-4x^2+4x
=416x-4x^2
Divide through by 4
=104x-x^2
Therefore, the required quadratic function is
f(x)=104x-x^2
Y=3/2x+0
The y-intercept is 0 as the line intercepts at the origin.
-6/-4= 3/2
