D Question 4 2 pts Chapter 6: 33 33. A 2-kg ball of putty moving to the right has a head-on inelastic collision with a 1-kg putty ball moving to the left. If the combined blob doesn't move just after the col- lision, what can you conclude about the relative speeds of the balls before the collision? O The 2-kg ball has 4 times the velocity of the 1-kg ball O The 2-kg ball has 2 times the velocity of the 1-kg ball O The 2-kg ball has 1/2 the velocity of the 1-kg ball O The 2-kg ball has 1/4 the velocity of the 1-kg ball D Question 5 1 pits Chanter 4 35a A O Book F11 F7Quiz: H X * Antesd X 288B C X Q Thus w X + CO ilearn.gavilan.edu/cour. # YouTube f RatedEpicz | Face. Netflix h Hulu | Home Advanced Reader. D Question 6 1 pts Chapter 35b Thus when you solve for the initial velocity of the small fish you get O Vamal-fish = Jamal-fish = O Uanall-fuh = 1 pts D Question 7 Chapter &: 38a 38. An outrich egg of mass in is tossed at a speed r into a us ging bed sheet and is brought to rest in a time a a, Show that the force acting on the egg when it hits the theer in move b. If the mass of the egg in I kg. in initial speed hs 2 me. and the time to stop is 0.2 i shoe that the averageYouTube RatedEpicz | Face. Netflix h Hulu | Home Advanced Reader. Chapter 6: 38a 38. An ostrich egg of mass m is tossed at a speed v into a sag- ging bed sheet and is brought to rest in a time f. a. Show that the force acting on the egg when it hits the sheet is mult. b. If the mass of the egg is 1 kg, its initial speed is 2 m/s, and the time to stop is 0.2 s, show that the average force on the egg is 10 N. In order to solve the above problem you would use the Impulse- momentum relationship Ft = A (me). where & (my) is the impulse (change in momentum). Why is A (mu) = mu for this problem? O Because impulse = my O Because the final velocity is 0 O Because & ( mu) is always my 1 pts D Question 8 T A look AirUQ @ 30XD Thu 10:34 PM Q Quiz: H X Antes d X 2 2858 C X Q Thusw X + CO ilearn.gavilan.edu/cour..