A ball {mass = 300.0 g] is thrown at 5.00 mls. The ball strikes an unsuspecting target. Egenarig 1: The ball is made out of snow. The snowball sticks to the target and comes to rest over a time period of 1.00 x 10'3 s. What is the force that acts on the person hit by the snowball? E N If the person hit by the snowball has a mass of 30 kg, what will their final velocity be after the impact? The person's velocity will be S ms after the impact. Answer rounded to 3-decimal places The percentage loss of kinetic energy in this scenario is: E... Wig]; The ball is instead made out of ice. The iceball bounces off the target and rebounds at a velocity of -2.00 ms. The collision occurs over a time period of 1.00 x 10"; 5. What is the force that acts on the person hit by the iceball? S N The person hit by the iceball has a mass of 80.0 kg. 1loll-"hat is their final velocity after the impact? The person's final velocity will be mfs after the impact. Answer rounded to 3 decimal places. The percentage loss of kinetic energy in this scenario is: mm If the iceball were to bounce off the person in a fully ELASTIC collision, you would expect the force acting on the person to be the force calculated in Scenario 2