E₁ E2 r - (18 N) i (1) (12 N) i - If at times t = 1 s and t = 2 s the particle was seen from t coordinate system to be at the points - (4 m) i (6 N) j, (30 N) j. (1 m) j,

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Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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9. Consider a particle of mass 1,2 kg that is acted upon by the forces
F₁
- (18 N) i
(6 N) j,
F2
(12 N) i
(30 N) j.
was seen from the origin of a
If at times t = 1 s and t = 2s the particle
coordinate system to be at the points
(a) 47,71 m
(b) 28,26 m
(c) 20,87 m
=
r (1)
r (2)
(d) 38,08 m
(e) 40,78 m
=
=
=
- (4 m) i
(5 m) i
then at time t = 3 s the distance (rounded to two decimal places) of the
particle from the origin of the coordinate system is equal to:
(1 m) j
(4 m) j,
Transcribed Image Text:9. Consider a particle of mass 1,2 kg that is acted upon by the forces F₁ - (18 N) i (6 N) j, F2 (12 N) i (30 N) j. was seen from the origin of a If at times t = 1 s and t = 2s the particle coordinate system to be at the points (a) 47,71 m (b) 28,26 m (c) 20,87 m = r (1) r (2) (d) 38,08 m (e) 40,78 m = = = - (4 m) i (5 m) i then at time t = 3 s the distance (rounded to two decimal places) of the particle from the origin of the coordinate system is equal to: (1 m) j (4 m) j,
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