Please just solve abc asap and just send the paper solutions asap please faster and use 9.81 for acceleration not 9.8 and only ise these equation 2. Examine the velocity-time graph in Figure 11. KU O AVelocity v. Time4030201046t (s)Figure 11(a) Determine the average acceleration for the entire trip. [ans: 6 m/s (torward(b) Determine the instantaneous acceleration at 3 s and at 5 s. [ans: 6 m/s [forward); 10 m/s [forward](c) Draw a reasonable acceleration-time graph of the motion.([pemoj] s/u) A SPH4U-01COHORT AWednesday, April 7th, 2021Equations and ConstantsF = µFnsinAsinBsincFnet= maa? = b2 + c2 – 2bccosAaCV2 = V1 + aAtAdAd = V;At + ½aAt?Ad = v2At - ½aAtVavAd = %(v1 + V2)At(v2)? = (vi)? + 2aAdv2a. =%3D9 = 9.81472r.?זז"ח4 -T2W FAdW= ΔΕPE = mgAy1KE =mv22.F = kx1Elastic Energy =kx2p3mvFΔt-ΔρGMmmearth5.972 x 1024kgmmoon = 7.348 x 1022kgr2Nm2G = 6.67x10-11kg2Te = 6378 kmTmoon= 1737 mkq192F. == 1.67 x 10-27kg= 9.11 x 10-31kgmprotonmelectron

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Answered: 2. Examine the velocity-time graph in…

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