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+2 Answer: -+2)i+(et + t-1) j # 8 Given the acceleration vector a(t) = eti + sint j, find the velocity vector if r (0)
+2 Answer: -+2)i+(et + t-1) j # 8 Given the acceleration vector a(t) = eti + sint j, find the velocity vector if r (0) = i. V (t)= S(eti+ Sintj )at V ( t )= ( et+ Ci)i+ (-cost+ (2)] ex+4=0 - 0810+62= 2 CIE-I - I+ C2=2 C2 =3 KV (t ) = (et-1)i+(-coot+3)
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