2 Your glass half full travels across the table at initial speed v- 1.3 m/sec. Glass and water together add up to a mass of m-0.22 kg. Theunderside is wet, so kind of slippery, with frictional force t- 0.27 N retarding the motion.Calculate: the amount of time it takes to slow down to a stop.Tune in the numeric part of your answer to the nearest tenth of a second. Eg, if your answer comes in at 88.88 seconds, then type aa. 9in the answer box.

Given: Initial velocity, vi=1.3 m/s Final velocity, vf=0 m/s Mass, m=0.22 kg Firctional force,…

Your glass half full travels across the table at initial speed v1.3 m/sec. Glass and water together add up to a mass of m-0.22 kg. T underside is wet, so kind of slippery, with frictional force f-0.27 N retarding the motion. Calculate: the amount of time it takes to slow down to a stop. Tune in the numeric part of your answer to the nearest tenth of a second. Eg, it your answer comes in at 88.88 seconds, then type a in the answer box.

Your glass half full travels across the table at initial speed v1.3 m/sec. Glass and water together add up to a mass of m-0.22 kg. T underside is wet, so kind of slippery, with frictional force f-0.27 N retarding the motion. Calculate: the amount of time it takes to slow down to a stop. Tune in the numeric part of your answer to the nearest tenth of a second. Eg, it your answer comes in at 88.88 seconds, then type a in the answer box.