Car is accelerating. Draw on labelled arrows for all forward and back forces. Draw on an arrow to represent the resultant force.

Slides:

Advertisements

Similar presentations

Forces act in pairs.

Advertisements

AERODYNAMICS & THE FOUR FORCES

Forces. Distance, Speed and Time Speed = distance (in metres) time (in seconds) D TS 1)Dave walks 200 metres in 40 seconds. What is his speed? 2)Laura.

You push a large crate with a force of 125 N. It accelerates at a rate of 5 m/s/s. What is the mass of the crate?

Newton’s 2 nd Law Of Motion By Mr. Yum. Newton’s 2 nd Law Newton’s 2 nd Law is defined as: Newton’s 2 nd Law is defined as: F = m x a Where, F = force,

 Record your HW in your agenda  Update your table of contents:  Fold and attach the notes to page 151.  Test your table members:  What is the difference.

Resistance and Mechanics of Cars Games Fundamentals © by Jarek Francik Kingston University, London

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

Terminal Velocity D. Crowley, 2008.

Suggest how its design will help it to achieve this. Bloodhound SCC will attempt to beat the World Land Speed Record in It will hopefully reach 1.

Friction D. Crowley, 2007.

Newton’s Laws of Motion Newton’s First Law If there is no unbalanced force an object will move at constant velocity or remain at rest. Newton’s Second.

 Scalars are quantities that have magnitude only, such as › position › speed › time › mass  Vectors are quantities that have both magnitude and direction,

Worked examination question Safe vehicles. a A transport engineer is investigating how the braking efficiency of a vehicle changes with different factors.

Force & Movement D. Crowley, Force & Movement  To be able to explain how the force behind an object affects its movement.

A Force is the cause of an acceleration, or the change in an object’s motion. The SI unit for force is a Newton (N). What role is force playing in each.

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

REVISION What two parts make up the stopping distance of a vehicle?

SACE Stage 1 Conceptual Physics Newton’s Second Law of Motion – Force and Acceleration.

Streamlining D. Crowley, Streamlining LO: To understand how streamlining can increase the speed of an object Starter 1) What did people think used.

Ch 7 Physics YR 7 CH 7 FORCES WIKI. Introduction to Forces  Honda the COG - Rube-Goldberg Machine youtube video 2:00 min Honda the COG - Rube-Goldberg.

Define a force. What unit are forces measured in? How can we measure a force?

Friction 4/26/2017 Learning Outcome: Starter:

What to do with this? 1.Save this ppt to your file as period __ table__. 2.Answer the questions in your notebook and on the ppt. 3.Save your finished ppt.

Key Concepts What is Newton’s first law of motion? What is Newton’s second law of motion? Key Terms - Inertia.

2_4 On the Road Look at the data for the BMW 3 Series below. What is the connection between power and acceleration? 10 February 2016 ModelAcceleration.

B1.8 - Braking Chapter B1. Factors Affecting Braking Reaction distance is affected most by the person driving the car. Braking distance is affected by.

Newton’s Second Law Pages Describe your acceleration if you are in a circular motion. What is the net force of your motion? You are constantly.

1. A car of mass 1000 kg is driving into a corner of radius 50m at a speed of 20 ms -1. The coefficient of friction between the road and the car’s tyres.

Friction Dynamics Physics. #1) Friction of a car A car has a mass of 1700 kg and is located on a level road. Some friction exists in the wheel bearings.

QUESTION 1: A 1500 kilogram drag racing car sits at the start line. The race begins and lasts 15.2 seconds. At the point that the drag racing car crossed.

IP2.7.6 Stopping cars © Oxford University Press 2011 Stopping cars.

Gravitational Force  Gravity= a force of attraction between objects, “pulls” objects toward each other  Law of universal gravitation= all objects in.

STAAR Review – Day 4 Speed, Velocity and Acceleration

Terminal Velocity D. Crowley, 2008.

Newton’s Third Law Review Study Guide

Streamlining D. Crowley, 2008.

[participants in a FORCE]

[participants in a FORCE]

Balanced and Unbalanced Forces

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

List the names of all the forces you can think of.

Labelling Forces Correctly!.

Motion and Energy Forces and Motion.

Balanced and Unbalanced Forces

Force & Movement D. Crowley, 2008.

Free-body diagrams Free-body diagrams are pictures that show the size and direction of all forces acting on an object.

SHM: Damping Effects Pages

9.2 Calculating Acceleration

Teacher’s Notes A slide contains teacher’s notes wherever this icon is displayed - To access these notes go to ‘Notes Page View’ (PowerPoint 97) or ‘Normal.

3.2 Weight, Gravity, and Friction

Forces Revision.

But why did they sink in the first place?

Forces Revision.

LO: Learn how forces can be drawn

VEHICLE TECHNOLOGY AIR CONDITIONING SYSTEMS.

Terminal Velocity D. Crowley, 2008.

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

Forces Push Pull Twist.

Force A force is a pull or a push..

Forces Revision.

Presentation transcript:

Car is accelerating. Draw on labelled arrows for all forward and back forces. Draw on an arrow to represent the resultant force

Which vehicle has the fastest acceleration? Why? The motorbike has the fastest acceleration. Even though it has less thrust from the engine, its mass is much smaller than the cars. Large forward force = fast acceleration Small mass = fast acceleration

Formula One cars can accelerate very quickly. What features enable them to do this? Streamlined to give less air resistance so resultant forward force is high Tyres have no tread (slicks) meaning less friction Large thrust (forward force) from powerful engine Mass kept as low as possible (made out of carbon fibre)

How fast an object accelerates depends on: Its mass (high mass = low acceleration) Its resultant forward force (high force = high acceleration) Acceleration = Force / Mass Force = Mass x Acceleration F M A Practice using this by doing questions 1 and 2 on page 198 of skier book.