6 Question 10 of 11 - Homeworl X A GA#17(Types of collisions):W6 X H Course Hero X l + V _ X 6 9 C E egatorgreenriveredu/courses/ZZS1770/assignments/26725617?return_to=https%3A%2F%2Fegator.greenriver.edu%2Fcalen.,. Q Q r * u o 9 class books M Gmail Canvas Login 9 The Paper Tree Bo... Rhiannon Mcclurg... IMPORTANT HINT: Share your answers in discussion part to sum up the group submission for this GA , 24 hours before due time of this assignment The Summer2022 ' . . group members need time to write comments and deCIde on the nal group answert Home Pu rpose Syllabus To recognize the type of collisions, momentum conservation and energy conservation Modules . . Tasks Discussions Macmillan Learning 1- Open the momentum cons picturesm Just consider these three of them (Two Car collision, Pool ball collision and Catching a ball) 2- Fill out the Tablesdocx i, for investigating the conservation of momentum, conservation of potential or kinetic energy for each one! Announcements Grades 0 Momentum, Kinetic energy conservation calculation Show work to determine if momentum is . , . . , Tutoring Services Process conserved Show work to determine If kinetic energy Is conserved MyCoursEval Two Car collision Pool ball collision Catching a ball The types of collisions Process ls p conserved? ls K conserved? Type of collision Two Car collision Pool ball collision Catching a ball 3- Post your individual answer in Graded Discussion 4- Put everything inside the r36A Template and complete your group submission by adding conclusion and tables anc clear presentation. 5- Finally submit (just one member to do it) your group solution. Criteria See rubric. 23;; -: p u o I: . : g A a a a) in - ZOOM + Before After 2cars B ma = 1000 kg my = 2000 Kq VAl = 30 mph IVB/ = 25 mph IVAl = 10 mph / VR/# 5mph pool balls A MA = mg = 0.5 kg IVAL = 0.5 m Is Nel= 1 m/s IVAL- 1 /S IBl = 0.5 /s basket ball and bowling ball . A1: 6 m/s IV Bl= 04s mA = 0.5 lbs me = 10 lbs NAJ = 4 15 NB)= 0.5 4'S on roller skates ( atching a ball mg = 10 kg MA : 70 kg IVAL = ImIs MAY = 0.5 m/s ice skaters push apart A 3 0 NAL= 3y's 1VB/ = 4 m/s MA = 80 kg MB = 60 kg