Plz answer both correctly Find the position vector R(1) given the velocity V(t) = (4t + 3) i + 6 sin(3t)j + 8t³k and the initial position vector R(0) = i-3j+ k.R(t) =Find the position vector R(1) given the velocity V(t) = 4e²ti + 20 cos(5t) j+ 10tk and the initial position vector R(0) = −3i - 2j- 3k.R(t) =

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Answered: Find the position vector R(1) given the…

Advanced Engineering Mathematics

10th Edition

ISBN:9780470458365

Author:Erwin Kreyszig

Publisher:Erwin Kreyszig

Chapter2: Second-order Linear Odes

Section: Chapter Questions

Problem 1RQ

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Find the position vector R(1) given the velocity V(t) = (4t+ 3) / + 6 sin(3t) /+ 81³k and the initial position vector R(0) = /-3/+ k. R(t) = Find the position vector R(1) given the velocity V(t) = 4e²¹/+20 cos(5t) j+ 10tk and the initial position vector R(0) = -3/-2/-3k. R(t) =