18. A point on the edge of a circular flywheel with a radius of 8 cm is rotating at a rate of 16 radians per second. What is the approximate linear speed v of a point on its rim (i.e., the edge of the flywheel), in centimeters per minute Round to the nearest integer as needed.) O A. 7680 cm/min O B. 7600 em/min o c. 7580 em/min O D. 7500 cm/min OE. None of A through D. Determine whether the given measurements an ang produce one triangle, two triangles, or no triangle at all. Solve each triangle that results. (Round lengt hs to the nearest tenth and angle measures to the nearest degree.) O A. A-61°, C1-78°, c1 0.1 A2 119°, C2-20, 2 0.1 B. A-29", С : 110°, с O C. No triangle. 5.7 O D. A -61, C1 -78°, c1 4.5 A2 119°, C2-20, c2 1.6 None of A through D. O E. 18. A point on the edge of a circular flywheel with a radius of 8 cm is rotating at a rate of 16 radians per second. What is the approximate linear speed v of a point on its rim (i.e., the edge of the flywheel), in centimeters per minute Round to the nearest integer as needed.) O A. 7680 cm/min O B. 7600 em/min o c. 7580 em/min O D. 7500 cm/min OE. None of A through D. Determine whether the given measurements an ang produce one triangle, two triangles, or no triangle at all. Solve each triangle that results. (Round lengt hs to the nearest tenth and angle measures to the nearest degree.) O A. A-61°, C1-78°, c1 0.1 A2 119°, C2-20, 2 0.1 B. A-29", С : 110°, с O C. No triangle. 5.7 O D. A -61, C1 -78°, c1 4.5 A2 119°, C2-20, c2 1.6 None of A through D. O E.