1 of 18

## What's hot

Pre-Cal 40S Slides February 19, 2008
Pre-Cal 40S Slides February 19, 2008Darren Kuropatwa

Rates of Change
Rates of ChangeNutchawin

Force and Motion Year 10
Force and Motion Year 10ngibellini

Learning to use the Desmos Graphing Calculator
Learning to use the Desmos Graphing CalculatorColleen Young

Algortimos del area y volumen de figuras plana
Algortimos del area y volumen de figuras planaRamiroDelahoz1

Cs403 Parellel Programming Travelling Salesman Problem
Cs403 Parellel Programming Travelling Salesman ProblemJishnu P

### What's hot(10)

Tutorial 6 solns
Tutorial 6 solns

Pre-Cal 40S Slides February 19, 2008
Pre-Cal 40S Slides February 19, 2008

Rates of Change
Rates of Change

Ch.13.speed
Ch.13.speed

Force and Motion Year 10
Force and Motion Year 10

Learning to use the Desmos Graphing Calculator
Learning to use the Desmos Graphing Calculator

AEB Basic Test: Arithmetic
AEB Basic Test: Arithmetic

Algortimos del area y volumen de figuras plana
Algortimos del area y volumen de figuras plana

Cs403 Parellel Programming Travelling Salesman Problem
Cs403 Parellel Programming Travelling Salesman Problem

Converting Units
Converting Units

## Similar to Motion2

CP - Graphical Analysis
CP - Graphical Analysisstephm32

1.2 form 3 speed, velocity and acceleration
1.2 form 3 speed, velocity and accelerationchris lembalemba

Motion graphs
Motion graphsndward

Motion_speed_acceleration_velocity_and force.pdf
Motion_speed_acceleration_velocity_and force.pdfcristilynalbarico

04 Graphs-Physical Science Grade 11 ABM/TVL-ICT
04 Graphs-Physical Science Grade 11 ABM/TVL-ICTYaySandoval1

Physics On the Road - Lesson 7
Physics On the Road - Lesson 7cstraughan

Chapter 2 ppt
Chapter 2 pptZBTHS

Distance time graphs - Race for the Line
Distance time graphs - Race for the Linemissstevenson01

Motion_speed_acceleration_velocity_and force.pptx
Motion_speed_acceleration_velocity_and force.pptxsteodoro012

Time distance
Time distancevangielyn

Chapter 03 kinematics in one dimension
Chapter 03 kinematics in one dimensionLevy Tugade

MotionSpeed.pptx

Velocity, acceleration, free fall ch4 reg
Velocity, acceleration, free fall ch4 regZBTHS

Chapter 3, Introduction to Graphing” from Elementary Algebra .docx
Chapter 3, Introduction to Graphing” from Elementary Algebra .docxchristinemaritza

Speed, velocity and acceleration
Speed, velocity and accelerationShagorika Das

Physics F3 (IGCSE) speed, velocity and acceleration
Physics F3 (IGCSE) speed, velocity and acceleration Nurul Fadhilah

Acceleration And Equations Of Motion 2
Acceleration And Equations Of Motion 2Hayesfield School

### Similar to Motion2(20)

Motion
Motion

CP - Graphical Analysis
CP - Graphical Analysis

1.2 form 3 speed, velocity and acceleration
1.2 form 3 speed, velocity and acceleration

Motion graphs
Motion graphs

Motion_speed_acceleration_velocity_and force.pdf
Motion_speed_acceleration_velocity_and force.pdf

04 Graphs-Physical Science Grade 11 ABM/TVL-ICT
04 Graphs-Physical Science Grade 11 ABM/TVL-ICT

Physics On the Road - Lesson 7
Physics On the Road - Lesson 7

Motion 2
Motion 2

Chapter 2 ppt
Chapter 2 ppt

Distance time graphs - Race for the Line
Distance time graphs - Race for the Line

Motion_speed_acceleration_velocity_and force.pptx
Motion_speed_acceleration_velocity_and force.pptx

Time distance
Time distance

Chapter 03 kinematics in one dimension
Chapter 03 kinematics in one dimension

MotionSpeed.pptx
MotionSpeed.pptx

Velocity, acceleration, free fall ch4 reg
Velocity, acceleration, free fall ch4 reg

Chapter 3, Introduction to Graphing” from Elementary Algebra .docx
Chapter 3, Introduction to Graphing” from Elementary Algebra .docx

Speed, velocity and acceleration
Speed, velocity and acceleration

Physics F3 (IGCSE) speed, velocity and acceleration
Physics F3 (IGCSE) speed, velocity and acceleration

Science pp3 unit 1
Science pp3 unit 1

Acceleration And Equations Of Motion 2
Acceleration And Equations Of Motion 2

## More from TekZeno

Buoyancy.ppt
Buoyancy.pptTekZeno

Acceleration
AccelerationTekZeno

Work and energy
Work and energyTekZeno

Universal forces
Universal forcesTekZeno

Static electricity
Static electricityTekZeno

Projectile motion
Projectile motionTekZeno

Newtons laws of_motion - 3rd law
Newtons laws of_motion - 3rd lawTekZeno

Newtons laws of_motion - 2nd law
Newtons laws of_motion - 2nd lawTekZeno

Newtons laws of_motion - 1st law
Newtons laws of_motion - 1st lawTekZeno

Magnetism
MagnetismTekZeno

Light em&bigbang
Light em&bigbangTekZeno

Gravity and motion
Gravity and motionTekZeno

Friction
FrictionTekZeno

Free body diagrams
Free body diagramsTekZeno

Electricity
ElectricityTekZeno

### More from TekZeno(20)

Buoyancy.ppt
Buoyancy.ppt

Acceleration
Acceleration

Work and energy
Work and energy

Waves
Waves

Universal forces
Universal forces

Static electricity
Static electricity

Sound
Sound

Projectile motion
Projectile motion

Power
Power

Newtons laws of_motion - 3rd law
Newtons laws of_motion - 3rd law

Newtons laws of_motion - 2nd law
Newtons laws of_motion - 2nd law

Newtons laws of_motion - 1st law
Newtons laws of_motion - 1st law

Motion
Motion

Metrics
Metrics

Magnetism
Magnetism

Light em&bigbang
Light em&bigbang

Gravity and motion
Gravity and motion

Friction
Friction

Free body diagrams
Free body diagrams

Electricity
Electricity

Genome sequencing,shotgun sequencing.pptx
Genome sequencing,shotgun sequencing.pptxCherry

Efficient spin-up of Earth System Models usingsequence acceleration
Efficient spin-up of Earth System Models usingsequence accelerationSérgio Sacani

GBSN - Biochemistry (Unit 3) Metabolism
GBSN - Biochemistry (Unit 3) MetabolismAreesha Ahmad

Reboulia: features, anatomy, morphology etc.
Reboulia: features, anatomy, morphology etc.Cherry

Genome Projects : Human, Rice,Wheat,E coli and Arabidopsis.
Genome Projects : Human, Rice,Wheat,E coli and Arabidopsis.Cherry

LUNULARIA -features, morphology, anatomy ,reproduction etc.
LUNULARIA -features, morphology, anatomy ,reproduction etc.Cherry

Information science research with large language models: between science and ...
Information science research with large language models: between science and ...Fabiano Dalpiaz

Phenolics: types, biosynthesis and functions.
Phenolics: types, biosynthesis and functions.Cherry

GBSN - Microbiology (Unit 4) Concept of Asepsis
GBSN - Microbiology (Unit 4) Concept of AsepsisAreesha Ahmad

Cyanide resistant respiration pathway.pptx
Cyanide resistant respiration pathway.pptxCherry

Terpineol and it's characterization pptx

Energy is the beat of life irrespective of the domains. ATP- the energy curre...
Energy is the beat of life irrespective of the domains. ATP- the energy curre...Nistarini College, Purulia (W.B) India

Precision Silviculture and Silviculture practices of bamboo.pptx
Precision Silviculture and Silviculture practices of bamboo.pptxNISHIKANTKRISHAN

Method of Quantifying interactions and its types
Method of Quantifying interactions and its typesNISHIKANTKRISHAN

COMPOSTING : types of compost, merits and demerits
COMPOSTING : types of compost, merits and demeritsCherry

Site specific recombination and transposition.........pdf
Site specific recombination and transposition.........pdfCherry

The Mariana Trench remarkable geological features on Earth.pptx
The Mariana Trench remarkable geological features on Earth.pptxseri bangash

CYTOGENETIC MAP................ ppt.pptx
CYTOGENETIC MAP................ ppt.pptxCherry

Genome sequencing,shotgun sequencing.pptx
Genome sequencing,shotgun sequencing.pptx

Efficient spin-up of Earth System Models usingsequence acceleration
Efficient spin-up of Earth System Models usingsequence acceleration

GBSN - Biochemistry (Unit 3) Metabolism
GBSN - Biochemistry (Unit 3) Metabolism

Reboulia: features, anatomy, morphology etc.
Reboulia: features, anatomy, morphology etc.

Genome Projects : Human, Rice,Wheat,E coli and Arabidopsis.
Genome Projects : Human, Rice,Wheat,E coli and Arabidopsis.

Chemistry Data Delivery from the US-EPA Center for Computational Toxicology a...
Chemistry Data Delivery from the US-EPA Center for Computational Toxicology a...

LUNULARIA -features, morphology, anatomy ,reproduction etc.
LUNULARIA -features, morphology, anatomy ,reproduction etc.

Information science research with large language models: between science and ...
Information science research with large language models: between science and ...

Phenolics: types, biosynthesis and functions.
Phenolics: types, biosynthesis and functions.

GBSN - Microbiology (Unit 4) Concept of Asepsis
GBSN - Microbiology (Unit 4) Concept of Asepsis

Cyanide resistant respiration pathway.pptx
Cyanide resistant respiration pathway.pptx

Terpineol and it's characterization pptx
Terpineol and it's characterization pptx

Energy is the beat of life irrespective of the domains. ATP- the energy curre...
Energy is the beat of life irrespective of the domains. ATP- the energy curre...

Precision Silviculture and Silviculture practices of bamboo.pptx
Precision Silviculture and Silviculture practices of bamboo.pptx

Method of Quantifying interactions and its types
Method of Quantifying interactions and its types

COMPOSTING : types of compost, merits and demerits
COMPOSTING : types of compost, merits and demerits

Site specific recombination and transposition.........pdf
Site specific recombination and transposition.........pdf

The Mariana Trench remarkable geological features on Earth.pptx
The Mariana Trench remarkable geological features on Earth.pptx

CYTOGENETIC MAP................ ppt.pptx
CYTOGENETIC MAP................ ppt.pptx

### Motion2

• 1.
• 2. Speed  Speed = Distance ÷ Time D_ S T Example: A car travels 300km in 6 hours. What is the speed of the car?
• 3. Answer:  Speed = distance ÷ time  Speed = 300km ÷ 6 hours  Speed = 50km/hr
• 4. More practice  1. How far can a plane travel if it flies 800km/hr for 9 hours?  2. How long does it take a ship to go 500 km if it travels at a speed of 50km/hr?
• 5. Answer 1. D S T D 800 9 800km ▪ 9hrs = 7200km hr
• 6. Answer 2. D S T 500 50 T 500km ÷ 50km = 10 hrs hr
• 7. Velocity  Speed in a given direction.  What is the velocity of a boat that travels from St. Peter to Mankato (10 miles) in 15 minutes?
• 8. Answer  Speed = distance ÷ time  Speed = 10 miles ÷ 15 minutes  Speed = 0.67 mi/min  Velocity = 0.67 mi/min South
• 9. Change your answer to mi/hr!  0.67mi/min x 60min/hr =  40 mi/hr
• 10. Distance-time graphs  On your paper, graph the following:  D (m) T (sec) 0 0 5 7 10 14 15 21
• 11.
• 12. Was your graph a straight line?  A distance-time graph which is a straight line indicates constant speed.  In constant speed, the object does not speed up or slow down. The acceleration is zero.
• 13. Graph the following on a distance- time graph:  D (m) T (s) 0 0 5 1 20 2 45 3 80 4 125 5
• 14. 0 1 2 3 4 5
• 15. Was your graph a curve?  A graph that curves on a distance-time graph shows that the object is accelerating
• 16. Distance-time graphs  Describe the motion of the object as shown in the graph. From 0-8 sec, constant speed: (25 m/sec); From 8-12 sec, no motion; From 12-16 sec, acceleration; From 16-20 sec, constant speed
• 17. Speed-time graphs  Using the distance-time graph from the last frame, draw a speed time graph. First fill in the table below: Average Speed (m/s) Time (sec) ____ 0 to 8 ____ 8 to 12 ____ 12 to 20 25 0 37.5
• 18. What does your graph look like?  Constant speed will be a horizontal line on a speed time graph.  If the speed decreases, the line will slant down.  If the speed increases, the line will slant up.
Current LanguageEnglish
Español
Portugues
Français
Deutsche