Equilibrium By Devashish Pahadi. Index O Definition of Equilibrium O Conditions for Equilibrium O Principle of Moments O Couple.

Slides:

Advertisements

Similar presentations

Torque, Equilibrium, and Stability

Advertisements

Physics Montwood High School R. Casao

Shawn Kenny, Ph.D., P.Eng. Assistant Professor Faculty of Engineering and Applied Science Memorial University of Newfoundland ENGI.

MOMENT OF FORCE Dr. Ajay Kumar School of Physical Education DAVV Indore.

TorqueTorque A turning force. Torque (T) – a turning force Torque depends on the linear force applied and the distance from the fulcrum (pivot point)

Torque, & Rotational Equilibrium

Torque. Torque Torque results when a force acts to rotate an object Torque results when a force acts to rotate an object A force applied to some point.

Torque Torque is an influence which tends to change the rotational motion of an object. One way to quantify a torque is Torque = Force applied x lever.

Chapter 4 : statics 4-1 Torque Torque, , is the tendency of a force to rotate an object about some axis is an action that causes objects to rotate. Torque.

Structured-type questions (4)

Chapter 9: Rotational Dynamics

IGCSE PHYSICS CONDITIONS FOR EQUILIBRIUM By Yaejong Lee.

Learning Objectives : 1.To know the names of some special case moments.... (Couple/Torque) 2.To understand stable/unstable equilibrium, tilting, & toppling.

1.2.3 Equilibrium.

1© Manhattan Press (H.K.) Ltd. Torque Couple Couple 1.4 Moment of a force.

© John Parkinson 1 WHAT WAS THAT? © John Parkinson 2 MOMENTS.

Rotational Motion. Deg, Rad, Grad There are 360 degrees in one rotation of a circe. There are 2π radians in one rotation of a circle. There are 400 gradians.

Centre of Gravity & Moments Stability Two factors determine the stability of an object – Centre of Gravity – Base If the Centre of Gravity of an object.

Kinesiology Unit 8 1. Definition of Balance: An individual’s ability to control stability 2.

BALANCE. When we talk about an object being in a state of equilibrium, it means being more than stable or balanced. Balance is important in many sporting.

KEY KNOWLEDGEKEY SKILLS  The different parts that make up levers including the axis, force and resistance arms and how they relate to movements  How.

Experiment -Testing the principle of moments When forces act in a different direction, yet still balance, the total turning effect in each direction will.

MOMENTS. If we consider a particle under the action of two equal and opposite forces: The particle will have a zero resultant, and will be in equilibrium.

TOPIC 10 Moment of a Force. So far we have mainly considered particles. With larger bodies forces may act in many different positions and we have to consider.

Describe moment of force or torque as moment = force × perpendicular distance from pivot to the line of action of force;

The Ball is in Equilibrium.... What do we always know about forces in Equilibrium?

Linear and Angular Motion. The greater the applied impulse the greater the increase in velocity. Principle 4 – Linear Motion.

Force and Motion in Two Dimensions 5.3 Page 131. Friction at 90° When friction acts between two surfaces, you must take into account both the frictional.

Chapter 4: Forces and the Laws of Motion.  Misconception: an object with no force will be at rest.  Inertia – the tendency of an object to maintain.

Shie Yu Hao (22) Per Sheng Xiang (19). Force A -A smaller force is needed if applied nearer to hinge Pivot Hinge Force B -A larger force is needed if.

ICNS 132 : Equilibrium Weerachai Siripunvaraporn Department of Physics, Faculty of Science Mahidol University &msn :

R F F F F MOMENT of FORCE = F x r.

AQUINAS DIOCESAN GRAMMAR Moments Double Award - Physics calculate the moment of a force as force times perpendicular distance form the pivot describe.

CE Statics Chapter 5 – Lectures 2 and 3. EQUATIONS OF EQUILIBRIUM The body is subjected to a system of forces which lies in the x-y plane. From.

IMPULSE On a secret mission… … to change equilibrium states!

Moment. In addition to the tendency to move a body in the direction of its application, a force can also tend to rotate a body about an axis. The axis.

PHYSICS – Forces 2 Moments

Moments In order to understand Mechanisms better, we need to understand pivots, moments and equilibrium. Boom Counter balance weight.

MECHANICS 1 & 2 October 2015 Why 1 & 2? Keeps in line with existing University scheme of 11 lectures.

Levers in everyday life We are familiar with levers in everyday life, they make our life easier..... GIVE ME A PLACE TO STAND AND I WILL MOVE THE EARTH.

Chapter Newton’s first law. Newton’s first law  An object at rest remains at rest, and a object in motion continue in motion with constant velocity.

DEPARTMENT OF CIVIL ENGINEERING

1.2.3 Equilibrium Objectives Draw and use a triangle of forces.

A LEVEL PHYSICS Year 1 Introducing Moments A* A B C

Forces Glossary The centre of gravity of an object is the point at which the weight of the object can be said to act. © Mike Benn, Graham George 2016.

Components of Torque (Moment of Force)

ES2501: Statics/Unit 8-1: Moment of Force (2D cases)

Turning effect of a force 1 pivot problems 2 pivot problems

Rotational Dynamics and Static Equilibrium

Subject Name: Dynamics of Machines Subject Code: 10AE53

Static Equilibrium Chapter 9 Sec. 1 & 2.

Moment of a Force.

Unit 5 Mechanical Principles and Applications

TURNING EFFECT OF FORCES

Turning Forces and Centre of Gravity

Moment of a Force.

ENGR 107 – Introduction to Engineering

Moment of a Force.

Moment of a Force.

Moment of a Force.

Levers A lever is a rigid body free to rotate about a fixed point called a fulcrum.

Turning Moments We know its easier to turn a bolt with a long handled spanner and its easier to close a door pushing at the edge rather than near the hinges.

Moment of a Force.

Moment of a force or Torque

Physics Chapter 6 Equilibrium.

CE Statics Lecture 13.

Presentation transcript:

Equilibrium By Devashish Pahadi

Index O Definition of Equilibrium O Conditions for Equilibrium O Principle of Moments O Couple

What is Equilibrium? O Equilibrium is defined as the state of a body when it is at rest or in a non-accelerated motion when all the resultant force acting on it are zero and also when the sum of all torques about an axis are zero.

Conditions for Equilibrium O The resultant forces acting on a body must be equal to zero. O The resultant moment of forces acting on a body, in all points must be zero.

Principles of Moments O When a body is in equilibrium, the sum of all anticlockwise moments of any points must be the same as the sum of all clockwise moments of the point.

Couple O When two parallel forces which are equal and opposite are not acting on the same line, a couple is formed. O The moment of couple is equal to the product of either force and the perpendicular distance between the line of action of both the forces.

Bibliography O 2v_SzrpSsGo/URxZtOjrqDI/AAAAAAAABP8/aPhl0drRudw/s1600/trial-balance.jpg 2v_SzrpSsGo/URxZtOjrqDI/AAAAAAAABP8/aPhl0drRudw/s1600/trial-balance.jpg O O O O a.jpg a.jpg O a.jpg a.jpg O physics-notes-couples-html-m5e2898fa.gif physics-notes-couples-html-m5e2898fa.gif O