Section 3 Acceleration Essential Questions How are acceleration

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Section 3 Acceleration

Section 3 Acceleration

Essential Questions How are acceleration, time, and velocity related? What are three ways an

Essential Questions How are acceleration, time, and velocity related? What are three ways an object can accelerate? How can an object’s acceleration be calculated? What are the similarities and differences between straight line motion, circular motion, and projectile motion?

Review Vocabulary velocity: describes the speed and direction of a moving object

Review Vocabulary velocity: describes the speed and direction of a moving object

New Vocabulary acceleration centripetal acceleration

New Vocabulary acceleration centripetal acceleration

Velocity and Acceleration You are sitting in a car at a stoplight when the

Velocity and Acceleration You are sitting in a car at a stoplight when the light turns green. The driver steps on the gas pedal and the car starts moving faster and faster. Just as speed is the rate of change of position, acceleration is the rate of change of velocity. When the velocity of an object changes, the object is accelerating.

Motion in Two Dimensions So far, we have only discussed motion in a straight

Motion in Two Dimensions So far, we have only discussed motion in a straight line. But most objects are not restricted to moving in a straight line. Recall that we cannot add measurements that are not in the same or opposite directions. So, we will discuss motion in each direction separately. For example, suppose a student walked three blocks north and four blocks east. The trip could be described this way: the student walked north for three blocks at 1 m/s and then walked east for four blocks east at 2 m/s.

Speed-time graphs and acceleration

Speed-time graphs and acceleration

Calculating acceleration

Calculating acceleration

Motion in Two Dimensions

Motion in Two Dimensions

Circular Motion

Circular Motion

Projectile Motion Horizontal and Vertical Motion

Projectile Motion Horizontal and Vertical Motion

Speed-time graphs and acceleration

Speed-time graphs and acceleration

Assessment 1. Which of the following is the SI unit of acceleration? A s/km

Assessment 1. Which of the following is the SI unit of acceleration? A s/km 2 B km/h C m/s 2 D cm/s CORRECT

Assessment 2. Which of the following is not used in calculating acceleration? A initial

Assessment 2. Which of the following is not used in calculating acceleration? A initial velocity B average speed C time interval D final velocity CORRECT

Assessment 3. In which of the following conditions does the car not accelerate? A

Assessment 3. In which of the following conditions does the car not accelerate? A A car moves at 80 km/h on a flat, straight highway. B The car slows from 80 km/h to 35 km/h. C The car turns a corner. D The car speeds up from 35 km/h to 80 km/h. CORRECT

Acceleration Section 2 Acceleration and Motion Acceleration isAcceleration Section 2 Acceleration and Motion Acceleration is
Acceleration Defining Acceleration Acceleration the rate at whichAcceleration Defining Acceleration Acceleration the rate at which
IPC NOTES Acceleration ACCELERATION acceleration the rate ofIPC NOTES Acceleration ACCELERATION acceleration the rate of
Acceleration Circular Motion Centripetal Acceleration Tangential Acceleration CentripetalAcceleration Circular Motion Centripetal Acceleration Tangential Acceleration Centripetal
ACCELERATION AND FREE FALL CHAPTER 3 ACCELERATION ACCELERATIONACCELERATION AND FREE FALL CHAPTER 3 ACCELERATION ACCELERATION
Acceleration Changing Velocity Acceleration Acceleration The rate atAcceleration Changing Velocity Acceleration Acceleration The rate at
ACCELERATION ACCELERATION Acceleration is the at which theACCELERATION ACCELERATION Acceleration is the at which the
Linear Kinematics Acceleration Contents Definition of acceleration AccelerationLinear Kinematics Acceleration Contents Definition of acceleration Acceleration
Linear Kinematics Acceleration Contents Definition of acceleration AccelerationLinear Kinematics Acceleration Contents Definition of acceleration Acceleration
Linear Kinematics Acceleration Contents Definition of acceleration AccelerationLinear Kinematics Acceleration Contents Definition of acceleration Acceleration
MOTION UNDER CONSTANT ACCELERATION Constant Acceleration Constant accelerationMOTION UNDER CONSTANT ACCELERATION Constant Acceleration Constant acceleration
Acceleration Acceleration Acceleration is the measure of howAcceleration Acceleration Acceleration is the measure of how
Acceleration Acceleration Acceleration is a CHANGE in motionAcceleration Acceleration Acceleration is a CHANGE in motion
Linear Kinematics Acceleration Contents Definition of acceleration AccelerationLinear Kinematics Acceleration Contents Definition of acceleration Acceleration