SOLUTION: The blade of a typical table saw rotates at 3550 revolutions per a min. Calculate the linear velocity in miles per hour of one of the teeth at the edge of the 16in diameter blade.
Algebra.Com
Question 764418: The blade of a typical table saw rotates at 3550 revolutions per a min. Calculate the linear velocity in miles per hour of one of the teeth at the edge of the 16in diameter blade. The velocity is ________ miles per hour.
I keep getting the wrong answer.
pi(16) = 50.2655
(3550)50.2655= 178,442.4627
I'm just not doing it right.
Answer by lwsshak3(11628) (Show Source): You can put this solution on YOUR website!
The blade of a typical table saw rotates at 3550 revolutions per a min. Calculate the linear velocity in miles per hour of one of the teeth at the edge of the 16in diameter blade.
***
=
RELATED QUESTIONS
The blade on a typical table saw rotates at
3200 revolutions per minute. Calculate the... (answered by josgarithmetic)
The blade on a typical table saw rotates at 3100 revolutions per minute. What is the... (answered by josgarithmetic,math_helper)
The blade on a table saw rotates at 3450 revolutions per minute. How much faster (in... (answered by Alan3354)
Assuming that a table saw blade has a diameter of 12 inches and spins at 3450 revolutions (answered by Alan3354)
The circular blade on a saw has a diameter of 8.25 inches and rotates at 4300 revolutions (answered by Alan3354)
Assuming that a table saw blade has a diameter of 12 inches and spins at 3450 revolutions (answered by Alan3354)
Assuming that a table saw blade has a diameter of 10 inches and spins at 3450 revolutions (answered by lwsshak3)
A mixing blade on a food processor extends out 3 inches from its center. If the blade is... (answered by ikleyn)
The radius of a big wheel is 1.5 feet. If the wheel rotates at a full rate of 1760... (answered by josgarithmetic,Alan3354)