Show clearly all working with detailed explanations The position vector of a particle moving on aplane at time t is r, where- (G- 2)i + (2 t² – 2)j + t³ k mThe acceleration of the particle when t = 1s isA (3i + 4j + 3k)ms-2B (4i + 3j + 6k)ms-2C 6k ms-2D (3i + 4j + 6k)ms-247.

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47. The position vector of a particle moving on a plane at time t is r, where G² - 2) i + (2 t² – 2)j + t³ k m, The acceleration of the particle when t = 1s is A (31 + 4j + 3k)ms-2 B (4i + 3j + 6k)ms¬² C 6k ms-2 D (3i + 4j + 6k)ms¬²

47. The position vector of a particle moving on a plane at time t is r, where G² - 2) i + (2 t² – 2)j + t³ k m, The acceleration of the particle when t = 1s is A (31 + 4j + 3k)ms-2 B (4i + 3j + 6k)ms¬² C 6k ms-2 D (3i + 4j + 6k)ms¬²

Principles of Physics: A Calculus-Based Text

5th Edition

ISBN:9781133104261

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter3: Motion In Two Dimensions

Section: Chapter Questions

Problem 6P: At t = 0, a particle moving in the xy plane with constant acceleration has a velocity of...

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The position vector of a particle moving on a
plane at time t is r, where
- (G- 2)i + (2 t² – 2)j + t³ k m
The acceleration of the particle when t = 1s is
A (3i + 4j + 3k)ms-2
B (4i + 3j + 6k)ms-2
C 6k ms-2
D (3i + 4j + 6k)ms-2
47.

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