1/2 revolution. A complete revolution is 2 x pi radians.
20 times pi There are 2 pi radians in one revolution.
One degee = (pi/180)*radian
pi radians = 180 degrees -144 degrees = (pi/180) x (-144) radians
Take 8 radians and divide it by the quantity 2 pi.
Pi radians is equivalent to 180 degrees.
One complete revolution is equal to (2\pi) radians. Therefore, to find out how many revolutions equal (\pi) radians, you divide (\pi) by (2\pi), which gives you (\frac{1}{2}). Thus, (\pi) radians is equivalent to half a revolution.
20 times pi There are 2 pi radians in one revolution.
One revolution around a circle is 360 degrees or 2*pi radians. To solve for revolutions, you set up the ratio of revolutions to radians as follows and solve for x: x/(pi/2) = 1/(2*pi) x=(pi/2)*(1/2*pi) = 1/4 revolutions
Multiply by 2 pi = 6.28
To find the displacement in radians, you can use the fact that one complete revolution corresponds to (2\pi) radians. If the disk rotates through five revolutions, the total displacement is (5 \times 2\pi = 10\pi) radians. Therefore, the displacement of the disk in 4 seconds is (10\pi) radians.
1 revolution = 2 x pi radians. Therefore, 1 radian = 1 / (2 x pi) revolutions.
No, 360 degrees is equal to 2 pi radians, or about 6.28 radians.
45 degrees are pi/4 radians. You can verify this with a unit circle.
pi/4 radians = 45 degrees. 2pi radians = 360 degrees pi radians = 180 degrees pi/2 radians = 90 degrees pi/4 radians = 45 degrees pi/3 radians = 60 degrees. et seq.,
One degee = (pi/180)*radian
1 revolution = 2*pi radianstherefore, k revs per second = 2*k*pi radians per second or if you still work in degrees, it is 360*k degrees per second.
pi radians = 180 degrees -144 degrees = (pi/180) x (-144) radians