We have been given that a right circular cone has a height of 12.2 cm and a base with a circumference of 18.5 cm. We are asked to find the volume of the cone to nearest tenth.
We know that circumference of circle is equal to .
Now we will use volume of the cone formula to solve our given problem.
Upon rounding to nearest tenth, we will get:
Therefore, the volume of the given cube would be approximately 110.8 cubic centimeter.
So first you would need to FOIL the problem (first-outer-inner-last) so you would multiply x by x and get {x²} then you would multiply x by 1 so you would get just plain {x} then multiply 2 by x so to get {2x} then multiply the last terms 2 and 1 together to get {2} so then put it all together = x² + x + 2x + 2 then you add like terms together so you end up with = x² + 3x + 2 as the answer
The slope is 1/2, I explain in the other question
Answer:
No. When 1 is substituted for the variable, the result is a false statement.
Step-by-step explanation:
This is the anwswer on edge.
super easy to use a calculator
Step-by-step explanation: