04 2.11 Vector components, free body dingram (FBD), and motion graphs for a rocket sted. The following fire shows a rock

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04 2 11 Vector Components Free Body Dingram Fbd And Motion Graphs For A Rocket Sted The Following Fire Shows A Rock 1 (45.93 KiB) Viewed 14 times

04 2.11 Vector components, free body dingram (FBD), and motion graphs for a rocket sted. The following fire shows a rock e moving og smooth the clined rails En vector and to the rails and to the rails Dili C Gm V F FRD Draw free-body rate with a particle representing the rocketed. Draw the contact and distance forces on the particle Result: F & Form the rocked' poration, vlocity, and acceleration Result: a Substitute F Free and into se ma and form scalar equations Rulti inje + - thg directo Salve F Salve known-100kg 9=105.30 Fr - 700 N, determine and graph it. Knowing the rocket and starts at rm and is initially moving backward (downwanteft) along the roll determine) and (t) and sketch them for 0 st 58 Result: (1) ters Include friction between the rails and recorded, modeled via a cobicient of kinetic friction Express and Fin terms of some/all of and symbols in the table Knowing 0.115 (0) - 8m, and the roled initially moves upward-right at find (t) and z(t). Result: 2(t) -13 F- Calculate the minimum thrust crew. FRID.) toc Result a. keep the rootsled moving uphill at constant speed F b. Kerp the rocket sled moving downhill at constant speed Fr the rolety i dwd-lehtim. www.Motion Genes.com Get Started Rocket sled N 1.18