Answer:
30x18 =540. Does that help?
I think it’s A because the s is between P&Q and S&C if it’s wrong I’m sorry!
42.39 inches squared, or the first option
A can is shaped like a cylinder. So, to find the lateral area of the tin can we must follow the lateral area formula for a cylinder, or 2 • π • radius • height
You can simply substitute the values from here.
The question wants you to use 3.14 instead of π, so the formula becomes 2 • 3.14 • radius • height
The can's radius is 1.5 inches and its height is 4.5 inches, so the formula becomes 2 • 3.14 • 1.5 • 4.5
Now we just solve: 2 • 3.14 • 1.5 • 4.5 = 42.39, so the lateral area is 42.39 inches squared.
Answer:
48
Step-by-step explanation:
This is a linear equation, it goes as follows:
x stands for hours.
Solving for x yields 10.
Keep in mind that 105 and 95 are miles per hour where 480 is miles. So multiplying gives off hours which is what we are looking for.
Hope this helps.
Seven hundred ten thousand, two hundred
hope that helps