Motion An object is in motion when it changes it position relative to to reference point.

Slides:

Advertisements

Similar presentations

Motion An object is in motion if ___________ from another object ______________.

Advertisements

Motion and Forces Unit Chapter 1 Section 3. Acceleration.

Sec 3.7: Rates of Change in the Natural and Social Sciences

Measuring Motion Chapter 1 Section 1.

Linear Motion. Moving things have two different kinds of motion Linear Motion Harmonic Motion Motion is a change in position in a certain amount of time.

Acceleration Unit 1 Lesson 2.

Describing Motion: Speed & Velocity. What Is Motion? Motion is when an object changes place or position. To properly describe motion, you need to use.

Describing Motion.

What is motion? Motion is the change in the position of an object. To describe the motion of an object we use terms like: Distance, displacement, speed,

Motion Describing and Measuring Motion Slow Motion on Planet Earth Acceleration Table of Contents.

Student Objective Click below for today’s topic & warmup

Copyright © Houghton Mifflin Harcourt Publishing Company Unit 1 Lesson 2 Acceleration.

Physics Physics: The study of forces, motion and energy Motion: Change in position over time compared to a reference point Reference Point: object used.

Motion. Objectives Define motion. Calculate the speed of a moving object. Distinguish between velocity and acceleration.

Do Now Time (sec.) Position (meters) )Calculate the average speed.

Physics The Study of Energy Chapter 12 What is Motion?

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 Which way did it go?. What is Motion? Motion occurs when an object changes position over time.

VELOCITY & ACCELERATION VELOCITY *Describes both the speed & direction of an object.

How to Calculate Speed and Acceleration

What is acceleration? – Probably heard it mean: “the process of speeding up” – More specifically: the rate at which velocity changes. Remember that velocity.

Motion Graph (time and distance)  You are to mark a starting line.  You are going to walk at a normal pace.  Your partner will mark with tape the distance.

S8P3. Students will investigate relationship between force, mass and the motion of objects.

Forces and Motion. Motion Definition An event that involves the change in position or location of something.

Acceleration: a change in Velocity!. An object traveling at the same rate in the same direction, is in uniform motion. NON uniform motion - there must.

COACH O’ROURKE. Introduction Remember: velocity is __________________________ Acceleration is the rate of change in velocity So think back: which of the.

Speed & Velocity. Speed Anything that is in motion has speed. Speed is a scalar quantity—a measurement that does not include direction.

Acceleration a change in velocity ( speed or direction or both ) over time –speeding up or slowing down –changing direction moving in a circle is always.

Acceleration Acceleration is the rate of change of velocity.

Motion Type 1: Uniform Motion What is Uniform Motion? Uniform motion describes an object travelling at a constant speed in one direction Uniform motion.

Chapter 1: Matter in Motion  Motion= a change in position over time  Reference point= an object that stays in place and shows us that something is moving.

 “Acceleration”.  Key Questions How do you calculate acceleration? What kind of motion does acceleration refer to? What graphs can be used to analyze.

Mrs. Bryant’s 6th Grade Science

Acceleration Unit 1 Lesson 2

Motion; Speed; Velocity; Acceleration

Graphical Analysis Of Motion

Describing Motion Some More Equations….

STATE EXPECTATION: P2.1 AN OBJECT’S POSITION CAN BE

Describing Motion.

STATE EXPECTATION: P2.1 AN OBJECT’S POSITION CAN BE

What is Motion?.

Chapter 5 Section 1 Motion.

Ch.5, Sec.1 – Measuring Motion

What is Motion?.

Graphing Motion Walk Around

Speed Chapter /4/2018.

Motion Unit Miss McDonald Science 8

Kinematics Formulae & Problems Day #1

Speed & Velocity.

Acceleration The rate at which velocity changes.

Describing and Measuring Motion

Frame of Reference Whenever you describe something moving you are comparing it to something that is not moving. The thing that is not moving is the frame.

What is Motion? Motion: A change in position of an object compared to a reference point Motion can be measured in the following ways:

Recognizing, Describing, and Measuring Motion

Calculate the distance in meters using the speed triangle

Speed Velocity Acceleration

Speed vs. Velocity.

Speed, Velocity, & Acceleration

Recognizing, Describing, and Measuring Motion

Motion Notes Ms. Rudisill.

Unit II – Speed, Motion, Velocity and Acceleration

Motion in One Dimension

Describing Motion.

Presentation transcript:

Motion An object is in motion when it changes it position relative to to reference point.

2 Ways to Describe Motion 1)Speed 2) Velocity

Speed The distance an object travels in a given amount of time. 100 meters 10 seconds

Calculating Speed Distance Time Speed = measured in units of: meters per second (m/s) s = d t

Showing Your Work Step 1: Write down the formula.

s = d t 100 meters 10 seconds

Showing Your Work Step 1: Write down the formula. Step 2: List the parts of the formula and what they are worth from the problem.

s = d t d = t = 100 meters 10 seconds 100 m 10 s

Showing Your Work Step 1: Write down the formula. Step 2: List the parts of the formula and what they are worth from the problem. Step 3: Rewrite the formula with the values.

s = d t d = 100 m t = 10 s 100 meters 10 seconds s = 100 m 10 s

Showing Your Work Step 1: Write down the formula. Step 2: List the parts of the formula and what they are worth from the problem. Step 3: Rewrite the formula with the values. Step 4: Crunch the numbers on a calculator.

Showing Your Work Step 1: Write down the formula. Step 2: List the parts of the formula and what they are worth from the problem. Step 3: Rewrite the formula with the values. Step 4: Crunch the numbers on a calculator. Step 5: Write down the answer and include the units.

s = d t d = 100 m t = 10 s 100 meters 10 seconds s = 100 m 10 s s = 10 m/s

Your final calculation should look like this: s = d t d = 100 m t = 10 s s = 100 m 10 s s = 10 m/s

Grading Calculations s = d t } 1 pt. d = 100 m t = 10 s } 6 pts. s = 100 m 10 s } 5 pts. } 3 pts. 15 pts. total

Velocity Speed in a given direction. 100 meters 10 seconds West

Calculating Velocity Distance Time Velocity = measured in units of: meters per second (m/s) v = d t

Difference Between Speed & Velocity SpeedVelocity distance time direction

Acceleration the rate at which velocity changes or the change of velocity over time 10 m/s 25 m/s 5 sec

Calculating Acceleration acceleration = (final velocity – initial velocity) time measured in units of: meters/second/second (m/s 2 ) a = (v f - v i ) t

Showing Your Work a = (v f - v i ) t v f = v i = t = a = (25m/s – 10 m/s) 5 sec 25 m/s 10 m/s 5 sec a = 3 m/s 2 25 m/s10 m/s 5 sec