Position vectors of two particles, A and B are given:A = 3i + 4j + 5k metersB = -4i + 2j - 7k metersVector C is the position vector of particle C that is the cross product of vectors A and B (C = A x B). Together, particles A, B, and C become vertices of a triangular plane in space. What is the perimeter of the triangle that is formed by the three particles? Position vectors of two particles, A and B are given:A = 3i + 4j + 5k metersB = -4i + 2j - 7k metersVector C is the position vector of particle C that is the cross product of vectors A and B (C = A x B). Together, particles A, B, and C become vertices of a triangular plane in space. What is the area of the triangle that is formed by the three particles? 6. Position vectors of two particles, A and B are given:A = 31 + 4j + 5k metersB = -4i + 2j - 7k meters%3DVector C is the position vector of particle C that is the cross product of vectors A and B (C = A xB). Together, particles A, B, and C become vertices of a triangular plane in space. What is theperimeter of the triangle that is formed by the three particles? 7. Position vectors of two particles, A and B are given:A = 3i + 4j + 5k metersB = -4i + 2j - 7k metersVector C is the position vector of particle C that is the cross product ofvectors A and B (C = A x B). Together, particles A, B, and C become vertices of a triangular planein space. What is the area of the triangle that is formed by the three particles?

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Answered: Position vectors of two particles, A…

Physics for Scientists and Engineers

10th Edition

ISBN:9781337553278

Author:Raymond A. Serway, John W. Jewett

Publisher:Raymond A. Serway, John W. Jewett

Chapter3: Vectors

Section: Chapter Questions

Problem 14P: Given the vectors A=2.00i+6.00j and B=3.00i2.00j, (a) draw the vector sum C=A+B and the vector...

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Position vectors of two particles, A and B are given:

A = 3i + 4j + 5k meters
B = -4i + 2j - 7k meters

Vector C is the position vector of particle C that is the cross product of vectors A and B (C = A x B). Together, particles A, B, and C become vertices of a triangular plane in space. What is the perimeter of the triangle that is formed by the three particles?

Position vectors of two particles, A and B are given:

A = 3i + 4j + 5k meters
B = -4i + 2j - 7k meters

Vector C is the position vector of particle C that is the cross product of vectors A and B (C = A x B). Together, particles A, B, and C become vertices of a triangular plane in space. What is the area of the triangle that is formed by the three particles?

6. Position vectors of two particles, A and B are given:
A = 31 + 4j + 5k meters
B = -4i + 2j - 7k meters
%3D
Vector C is the position vector of particle C that is the cross product of vectors A and B (C = A x
B). Together, particles A, B, and C become vertices of a triangular plane in space. What is the
perimeter of the triangle that is formed by the three particles?

7. Position vectors of two particles, A and B are given:
A = 3i + 4j + 5k meters
B = -4i + 2j - 7k meters
Vector C is the position vector of particle C that is the cross product of
vectors A and B (C = A x B). Together, particles A, B, and C become vertices of a triangular plane
in space. What is the area of the triangle that is formed by the three particles?

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