(Solved): traser is 5.40=102kg. Express at ansers in vector form. (a) Determine the net force acting on th ...

traser is $$5.40=10^2\mathrm{kg}$$. Express at ansers in vector form. (a) Determine the net force acting on the car. $$X$$ What shode be the cheice of system to which you have to apply Nenton's second lew? N (b) How much force does the tailer erperience? What should be the chaice of srstema to which you hare to apply kewions second Iow? $$N$$ (c) Deteimise tha force the traler exerts on the car. st Corisider Nentan's third itw. N (a) find the renutant force cxerted an the cari (fipess yoor answer in vector notatice.? $${\vec{F}}_{\text{ret }}$$ " Qia you convider the components of the forces in the s and \& diections? Reverw ruies for vector asditien. N. (b) What is the acceleration of the car? (Evgeess your answer in vector nocation. ) How is the nat force en an objec reiared to ts acceiereisn? mys? $$=3.50\times 10^3\mathrm{kg},{?}_1=12.0^{?}$$, and $${?}_2=25.0^{?}$$. The dagram below vows the eop viow of the car which in in the $$\times 2r$$ plane (horizantai plased. (e) Find the resultant forke exerted on the car (Express your answer in vector nocation,) $${\vec{F}}_{\text{nat }}=x$$ bis reu esnider the components of the forces in the $$x$$ and 2 directions? Peview fules for vector adsition. IN (b) What is the acceleration of the eark (fxpress ysue answer in vedtar notation.) How is the net farce on an coject reiated to its acceleration? $$\mathrm{m}/{\mathrm{s}}^2$$ ? trailer is $$5.40\times 10^2\mathrm{kg}$$. Eupress atl anawera in vectar form. (a) Determine the net force acting on the car. Xt What should be the choice of system to which you have to apply Newton's second law? N (b) How much force does the trailer expenshce? X What sheuld be the choice of sytem to which you Bave to apply Newten's second law7 N (c) Determine the force the trailer exerts on the car. Conslder Newton's third law. N Additional Materials Qleising