Motion Review Physics TCHS.

Slides:



Advertisements
Similar presentations
Motion in one dimension  motion is “relative”, or depends on your frame of reference  rate is a quantity divided by time.
Advertisements

Acceleration. Recall:  Acceleration is the rate at which velocity increases or decreases  If an object is accelerating is not experiencing uniform motion.
Objectives: 1.Be able to distinguish between distance and displacement 2.Explain the difference between speed and velocity 3.Be able to interpret motion.
Table of Contents 2 Chapter 2 Motion.
Opening Activity Compare and contrast the following:
Descriptions of Motion
Speed, Velocity, and Acceleration
Distance and Displacement
Motion SWBAT define speed and acceleration; relate acceleration to change in speed; calculate distance, speed, and acceleration.
Displacement – time graph Amy leaves her house, walks up the road to her friend, Saki, then down the road to her other friend Kam. The graph shows her.
SPEED, DISTANCE AND TIME
Motion (Chapter 2). Motion: Can be defined as movement. 1. Motion is everywhere. 2. Example: Car moving, trees swaying, atoms moving to produce heat.
Speed, Velocity and Acceleration What is speed? How is velocity different than speed? What is acceleration? Today’s Goal: Be able to use the proper equations.
Chapter 2: Motion.  A train travels 150 km in 3 hours. It is traveling directly from south towards the north.  What is the speed of the train?  What.
Motion Graph Practice For each of the following: Create the missing, X vs. t, V vs. t, a vs. t graphs A Motion Map Determine the displacement covered by.
Velocity - time graph 1. The velocity – time graph shows the motion of a particle for one minute. Calculate each of the following. (a) The acceleration.
STARTER During a road trip, in 6 hours you travel 300 miles. What is your average velocity? Average Velocity = distance travelled/time taken = 300 miles/6.
1. What distance will you travel in 2.3 h at an average of 56 km/h? What do you know? t = ______ h; v = ______ km/h; d = ? What do you want to find out?
2.1 to 2.3 Displacement, Velocity, and Acceleration.
VOCABULARY – Motion - when an object changes it position Relative Motion - an object’s position change is described in terms of a reference point Energy.
Relationship between time, displacement, velocity, acceleration. Kinematic.
Motion Recognizing, Describing, and Measuring Motion.
Acceleration. The rate of change in velocity Acceleration The rate of change in velocity Examples…. –Speeding up Positive acceleration –Slowing down.
Motion Chapter 2. What is motion? Describing Motion.
Solving Motion Word Problems. You NEED to know how to use these equations (they will be given on assessments) Speed = d ÷ t Speed = d ÷ t Distance = s.
1. What distance will a train stop in if its initial velocity is 23 m/s and its acceleration is m/s/s? 1058 m xvivfatxvivfat.
Intro to Motion Uniform and Non-Uniform Motion Speed and Velocity.
Aim: How do we use the kinematics formulas? Do Now: What is the difference between average velocity and instantaneous velocity? Quiz Tomorrow.
Sketching Motion Graphs Interpreting Motion Graphs Constant Velocity Acceleration Distance/
Warm up Problem A bus travels 280 km south along a straight path with an average velocity of 24.4 m/s to the south. The bus stops for 24 min, then it travels.
v- tx-tKinematics Reaction Time Chase.
Speed vs Velocity. Learning Target I can explain the difference between speed and velocity. I can explain the difference between speed and velocity.
Speed: Average Velocity: Instantaneous Velocity:
Average and Constant Acceleration Chapter 2. Acceleration.
Speed, Velocity & Acceleration. Speed (s) – rate at which an object is moving Does not depend on direction speed = distance ÷ time (s = d/t) Constant.
Motion and Force 8SCIENCE.
Newton’s Second Law Speed Velocity Acceleration Distance traveled in a given amount of time – km/ h The speed of an object in a particular direction –
 Distance vs. Displacement  Speed vs. Velocity.
Physics Section 2.2 Apply acceleration to motion
1 By E O Jones. Aims Introduce Kinetic parameters and Kinetic principles Objectives Calculate displacement (s), initial velocity (u), final velocity (v),
Displacement with constant acceleration How far, how fast?
Chapter 2 Extra Review.
Acceleration.
Speed & Velocity.
Today we will: Use different acceleration equations to solve for displacement, final velocity, initial velocity, and time. Begin review for test.
Speed, Velocity and Acceleration
Speed and Velocity Aim: to calculate speed and velocity correctly.
Activator Define acceleration in your own words.
Lecture 2.2: Speed, Velocity, Acceleration
Graphing Motion Walk Around
Reviewing Main Ideas Describing Motion
The Big Three.
Kinematics Formulae & Problems Day #1
A car is decelerated to 20 m/s in 6 seconds
Recognizing, Describing, and Measuring Motion
Acceleration!.
Chapter 9 Motion Math Review.
Speed Vs Velocity.
The Kinematics Equations
Speed & Velocity.
vi - initial velocity (m/s) vf - final velocity (m/s)
Equations of Motion.
Speed and Velocity 11.2.
Recognizing, Describing, and Measuring Motion
Motion Measuring Motion Motion Speed & Velocity Acceleration
u - initial velocity (m/s) v - final velocity (m/s)
Presentation transcript:

Motion Review Physics TCHS

What is the difference between distance and displacement What is the difference between distance and displacement? Give an example of each. Problem 1

What is the difference between speed and velocity What is the difference between speed and velocity? Give an example of each. Problem 2

The stopping distance is the sum of reaction distance and braking distance. Name 2 factors that affect the reaction distance and the braking distance. Problem 3

Problem 4 What are the rules for: (a) speed (b) average speed (c) acceleration? Problem 4

A motorbike travels 200 km in 2 hours and 15 minutes A motorbike travels 200 km in 2 hours and 15 minutes. How fast is it going? Problem 5

What distance is travelled by a car going 80 km/h in a time of 4 hours 30 minutes? Problem 6

How long will it take a rocket travelling at 8km/s to reach 20km? Problem 7

Convert 100 km/h to m/s. Problem 8

A sports car accelerates from rest (0 m/s) to 30 m/s in 4 seconds A sports car accelerates from rest (0 m/s) to 30 m/s in 4 seconds. What is its acceleration? Problem 9

A Formula 1 racing car slows on approaching a corner from 80m/s to 32m/s in 2 seconds. What is its acceleration? Problem 10