Effects of Forces Change shape.

Slides:

Advertisements

Similar presentations

Forces act in pairs.

Advertisements

6.1 Newton’s First Law pp

What is Inertia?  Sir Isaac Newton discovered gravity and that all objects have inertia  Inertia is the tendency of an object to stay at rest or in motion.

Forces & Motion answers

Effects of Forces Change shapeChange shape. Effects of Forces Change shapeChange shape.

Airplane forces. Weight and Lift WEIGHT – directed to the center of earth – airplane parts, fuel, and people, luggage or freight LIFT – generated by the.

FORCES An object’s motion is the combined affect of all forces acting on an object.

 Aristotle wrote that moving objects need a push or pull to stay in motion.  Galileo showed that moving objects would keep moving in a straight line.

1 Thrust from the engine Friction Will the car speed up, slow down or stay at constant speed?

Balanced & Unbalanced Forces

What could be another term for drag? a) Sliding friction b) Fluid friction c) Balanced force d) Unbalanced force.

How Can Forces Affect Objects?. Slow them down Speed them up Stop them Start them Change their direction Change their shape.

Chapter Six: Laws of Motion

Forces Types of Forces Effects of Forces Gravity, Mass and Weight Newton’s Laws Freefall.

Forces and Motion. Contents Velocity and Acceleration Velocity and Acceleration D-T Graph D-T Graph S-T Graph S-T Graph Newton’s Laws of Motion Newton’s.

Newton’s Laws of Motion Sir Isaac Newton ( )

The first law of motion states that n object at rest will remain at rest and an object in motion will remain in motion unless acted on by an outside force.

WHAT IS A FORCE????? PUSH A force is a push….. PULL … or a pull.

Are You Smarter Than a 5 th Grader? Each correct Answer Worth 0.5 Extra Credit Points on Speed and Force Quiz.

Force and Motion The only reason an object changes it velocity is because a force acts on the object. Remember a change in velocity can be either a change.

Speeding up and slowing down f = ma Terminal velocity.

100 Newton’s First Law Lab 99 11/13/2014 Starter: Exit: When a car suddenly stops at a red light, a book lying on the car seat slides forward. Explain.

PHYSICS – Forces 1.

Laws of Motion Newton’s First Law. Force changes motion A force is a push or pull, or any action that is able to change motion.

 A force is a push or pull that can cause motion (speed up, slow down, stop, move, or change direction)  Force is measured in Newtons (N)  Force is.

Newton’s First Law of Motion. First we need to define the word FORCE: The cause of motion (what causes objects to move) Two types of forces –Pushes –Pulls.

Newton’s Laws of Motion

Physics!!! UNIT 2: FORCE AND MOTION.

Newton’s 1st Law of Motion

Forces change Motion.

The Laws of Motion The First Law of Motion

Newton’s Laws of Motion

Balanced and Unbalanced Forces

Forces Third Law First Law and Equilibrium Second Law and Acceleration.

Newton’s Laws of Motion

Balanced and Unbalanced Forces

Newton’s First Law of Motion

Forces and Motion review

What is a force?????.

Balanced and Unbalanced Forces

Newton’s 3 Laws of Motion

FORCE AND MOTION.

Describing Force and Motion

Forces and Motion review

Inertia Newton’s First Law

Students will be able to explain Newton's first law.

Chapter 6 Newton’s First Law.

Chapter 2 – Thrust and Drag

Forces Review Sheet.

Speeding up and slowing down - Answers

newtons first law of motion

FORCE Newton’s Laws: Kinematics vs. Dynamics Friction:

Newton’s First Law of Motion

Speeding up and slowing down

Describing Motion Newton’s Laws.

Describing Motion Newton’s Laws.

Describing Motion Newton’s Laws.

Will the car speed up, slow down or stay at constant speed?

Describing Motion Newton’s Laws.

Describing Motion Newton’s Laws.

Chapter 2-2 Newton’s First Law.

Describing Motion Newton’s Laws.

SEISMIC SLEUTHS Part 1 Newton’s Laws

Reminder: We are covering this because the average score on this benchmark was 40%! SC.6.P.13.3 Investigate and describe that an unbalanced force acting.

Presentation transcript:

Effects of Forces Change shape

Effects of Forces Change shape

Change of Shape

Force is directly proportional to extension

Force is directly proportional to extension When force doubles, the extension doubles F α x F = constant x Hooke’s Law

Force is directly proportional to extension = x1 x2 m1 m2 = x1 x2

What if we put more weights than we did? Elastic Limit

Effects of Forces Change the state of motion Move from rest Speed up Slow down Stop Change its direction

Balanced forces

Balanced Forces The book stays still!

The airplane moves forwards at constant speed! Balanced Forces The airplane moves forwards at constant speed!

The car moves at constant speed! Balanced Forces Thrust Drag Friction The car moves at constant speed!

Unbalanced Forces The car moves from rest. The car speeds up.

Unbalanced Forces The car slows down to stop. The car slows down.