Response:
The cylinder's radius is measured at 1.93mm.
Comprehensive guide:
1) The equation to determine the unknown radius: V= pi r^2 (h)
(where V is volume, pi=3.14, r=radius, h=height)
2) Substitute all known variables into the formula: 200=pi r^2 (17)
3) Calculate pi multiplied by 17 and round it to the nearest hundredth to get 53.401707511 -> 53.41, leading to the equation: 200= 53.41 r^2
4) Isolate r^2 by dividing both sides by 53.41
200/53.41= 53.41r^2/53.41 (resulting in 3.74461711 rounded to the nearest hundredth -> 3.74) ---> 3.74=r^2
5) Square both sides to eliminate the exponent: squared 3.74 = squared r^2
6) Your equation becomes 1.933907961 = r, round the entire decimal to two decimal places to obtain 1.93 (19.3 = r)
7) Hence, the radius of the cylinder with a volume of 200 mm^3 and a height of 17 mm is 1.93 mm.