Equilibrium of Bodies & Concurrent Force - Edubirdie

University:
Princeton University
Course:
PHY 103 | General Physics I
Academic year:

2023
Views:

127

Pages:

1
Author:

abdulsalam23745

Equilibrium of bodies ones if a body is at rest or uniform motion acceleration is zero. That means the bocly is zero. then it's The force acting on Body is at Forest in x axis 0=13 Body is at rest in y-axis Σ Fy=0 Body is at rest in zaxis concurrent force if total forces acting on a body is Porce. f concument if two concament they're equal and forcies Opposite. ane in equilibrium, then if -three then the concumst forces are in 3rd force is equal and rescultant of first 100 forces. equilibrium Opposite to the

Related Documents

Equilibrium of Bodies & Concurrent Force

Equilibrium of Bodies & Concurrent Force - Page 1

of 1

Recommended Documents

Questions and Answers - Nuclear Physics

Questions and Answers - Nuclear Physics

Princeton University PHY 103 | General Physics I

Answer Key

Questions and Answers - Nuclear Physics #9

Questions and Answers - Nuclear Physics #9

Princeton University PHY 103 | General Physics I

Answer Key

Salient Features of Nuclear Forces

Salient Features of Nuclear Forces

Princeton University PHY 103 | General Physics I

Lecture Note

Berzelius Vital Force Theory

Berzelius Vital Force Theory

Princeton University PHY 103 | General Physics I

Lecture Note

Questions and Answers - Nuclear Physics #7

Questions and Answers - Nuclear Physics #7

Princeton University PHY 103 | General Physics I

Answer Key

Show more

New Documents from this Course

Kirchoff's Law Tutorial Notes

Kirchoff's Law Tutorial Notes

Princeton University PHY 103 | General Physics I

Lecture Note

Latent Heat of Fusion

Latent Heat of Fusion

Princeton University PHY 103 | General Physics I

Lecture Note

Melting Point and Boiling Point

Melting Point and Boiling Point

Princeton University PHY 103 | General Physics I

Lecture Note

Water Equivalent Course Materials

Water Equivalent Course Materials

Princeton University PHY 103 | General Physics I

Lecture Note

Heat & Heat Capacity

Heat & Heat Capacity

Princeton University PHY 103 | General Physics I

Lecture Note

Expansion of Liquid in a Container

Expansion of Liquid in a Container

Princeton University PHY 103 | General Physics I

Lecture Note

Show more