3 1 A.) On a flat floor, a 0.96 kg toy car is moving in a circle with a radius of 1.76 m. The amount of static een the r
Posted: Mon May 16, 2022 3:35 pm
3 1 A.) On a flat floor, a 0.96 kg toy car is moving in a circle with a radius of 1.76 m. The amount of static een the road & the tires is 264 N. Determine the how fast the toy car is going. 1 B.) On a flat frictionless surface, a 1.35 kg block attached to a 1000 N/m spring is moving 2 m/s in circle. The maximum amount the spring can stretch (without breaking) is 0.03 m. Determine the minimum radius that won't cause the spring to break. Rmin
3 1 A.) On a flat floor, a 0.96 kg toy car is moving in a circle with a radius of 1.76 m. The amount of static een the road & the tires is 264 N. Determine the how fast the toy car is going. 1 B.) On a flat frictionless surface, a 1.35 kg block attached to a 1000 N/m spring is moving 2 m/s in circle. The maximum amount the spring can stretch (without breaking) is 0.03 m. Determine the minimum radius that won't cause the spring to break. Rmin
3 1 A.) On a flat floor, a 0.96 kg toy car is moving in a circle with a radius of 1.76 m. The amount of static een the road & the tires is 264 N. Determine the how fast the toy car is going. 1 B.) On a flat frictionless surface, a 1.35 kg block attached to a 1000 N/m spring is moving 2 m/s in circle. The maximum amount the spring can stretch (without breaking) is 0.03 m. Determine the minimum radius that won't cause the spring to break. Rmin