Problem 1mass 100 g that is initially at rest.1) What is the net force acting on a particle?(a) Fner (7.0 i+ 8.0)N(b) Fnet (-3.0i-4.0 )N(c) Fnet (3.0 i + 4.0)N(d) Fnet (2.0 i- 4.0j)N2) What is the acceleration of the particle?(a) ā = (30 i + 407)m/s(b) a = (3.0 i - 4.0j)m/s(c) a = (20 i - 40j)m/s(d) a = (0.30 i+ 0.40j)m/s3) What is the velocity of the particle at time 1=5s?(a) i = (30 i + 40j)m/s(b) i = (300 i - 400j)m/s(c) i = (150 i + 2007)m/s(d) i = (15 i + 20j)m/s!!

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Description: Problem 1mass 100 g that is initially at rest.1) What is the net force acting on a particle?(a) Fner (7.0 i+ 8.0)N(b) Fnet (-3.0i-4.0 )N(c) Fnet (3.0 i + 4.0)N(d) Fnet (2.0 i- 4.0j)N2) What is the acceleration of the particle?(a) ā = (30 i + 407)m/s

Since force is a vector quantity resultant can be determined by vector addition. According to…

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Problem 1 mass 100 g that is initially at rest. 1) What is the net force acting on a particle? (a) Faer (7.0 i+8.0)N (b) Fner- (-3.01- 4.0j)N (c) Fnrt (3.0 i+4.0)N (d) Fnet" (2.0i- 4.0j)N 2) What is the acceleration of the particle? (a) a = (30 i + 40)m/s (b) a = (3.0 i- 4.0)m/s (c) a = (20 i - 407)m/s (d) a = (0.30 i+ 0.40)m/s 3) What is the velocity of the particle at time 1=5s? (a) i= (30 i+ 407)m/s (b) = (300 i- 4007)m's (c) = (150 i+ 200)m/s (d) = (15 i+ 20j)m/s

Problem 1 mass 100 g that is initially at rest. 1) What is the net force acting on a particle? (a) Faer (7.0 i+8.0)N (b) Fner- (-3.01- 4.0j)N (c) Fnrt (3.0 i+4.0)N (d) Fnet" (2.0i- 4.0j)N 2) What is the acceleration of the particle? (a) a = (30 i + 40)m/s (b) a = (3.0 i- 4.0)m/s (c) a = (20 i - 407)m/s (d) a = (0.30 i+ 0.40)m/s 3) What is the velocity of the particle at time 1=5s? (a) i= (30 i+ 407)m/s (b) = (300 i- 4007)m's (c) = (150 i+ 200)m/s (d) = (15 i+ 20j)m/s

Physics for Scientists and Engineers

10th Edition

ISBN:9781337553278

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter5: The Laws Of Motion

Section: Chapter Questions

Problem 5P: Two forces, F1=(6.00i4.00j)N and F2=(3.00i+7.00j)N, act on a particle of mass 2.00 kg that is...

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