SIM Logo Steve Wolf Stunt & Special Effects Coordinator.

Slides:



Advertisements
Similar presentations
Laws of Motion and Energy
Advertisements

Force and Motion Unit 2.
Begin $100 $200 $300 $400 $500 Earth & SpacePhysicalScience ENERGY & LIGHT Geology & Geography Matter & More!ANIMALS.
Forces.
Force and Motion
Notes: Chapter 9 Energy Objectives 1.Define and describe work (9.1) 2.Define and describe power (9.2) 3.Define mechanical energy. (9.3) 4.Define potential.
Fluids and Structures Review. What is a fluid? A fluid is something that flows and can be a liquid or gas. The two most common fluids are water and air.
Forces What is a Force? Push or Pull What does it do? Causes Motion How do we describe it? Size (magnitude) Direction.
Friction When two surfaces rub together, the irregularities of one surface The force that one surface exerts on another Friction acts in a direction.
8 th Grade Physical Science. Force and Motion  Speed is how fast an object is moving.  Speed =  You can also use this formula to find the distance.
Work Work happens when a force moves an object over a distance.
Chapter 13: Work and Machines. Aim: How does height affect an object’s gravitational potential energy?
Science 8: Unit D: Mechanical Systems Topic 1: Levers and Inclined Planes.
The Four Energy Systems  Mechanical  Fluid  Electrical  Thermal.
Work and Machines Chapter 5 Sec 2. What is a Machine?  Any device that makes work easier.
Energy, Work, Power, and Machines
My study of simple machines
Eight Grade Review Part One. Matter Matter - anything that has mass and takes up space. Can be classified as elements, compounds, or mixtures Made up.
Unit: Science of Technology
Grade 7/8 Systems in Action JEOPARDY T H I S I S J E O P A R D Y.
1. Friction – a force that acts like a brake on moving objects.
Physics Vocabulary 5 th Grade Term 3. Energy energy- the ability to do work or cause change kinetic- the energy of motion potential- energy of position.
Lesson 3: How are work and Motion related?. Work – the result of a force MOVING an object.
A. Power B. Watt C. Machine D. Force A. Power B. Watt C. Machine D. Force.
Choose a category. You will be given the answer. You must give the correct question. Click to begin.
Simple Machines. Types Of Simple Machines leverpulleyscrewwedge Inclined plane Wheel and axle.
Diagram 1. a plan, sketch, drawing, or outline made to show how something works or to show the way parts are put together 2.
Energy vocabulary. energy the ability to do work.
Trimester 2 Science vocabulary and concepts: Heat & Energy.
Physics Review Day 2. Energy Energy is conserved in a system, it can not be created or destroyed Energy is simply defined as Work There are two types:
Physical Science. What is Physical Science Physics: the science of matter and energy and their interactions – Sciences such as physics, chemistry, astronomy,
Matter Anything that has mass and takes up space..
Unit 5 Section 2 Notes Matter and Energy Kinetic Theory of Matter:  Useful for seeing differences in the 3 common states of matter on earth: solid,
Applied Physics Chap 4 Energy1 Chapter 8: Energy The universe is composed of two substances called matter and energy which are interrelated on some fundamental.
Law of Conservation of Energy Energy can neither be created nor destroyed It can change forms – Sound becomes mechanical in your ear – Chemical becomes.
Machines and Mechanical Advantage Archimedes (Greek mathematician, 287 to 212 B.C.) said, “Give me a place to stand and I will move the Earth,” meaning.
Machine Notes.
Work, Machines, and Energy. Work and Power  Work is done if (1) an object moves, and (2) if a force acts in the same direction that the object moves.
WORK & ENERGY REVIEW Chapter 6. A SPEEDOMETER MEASURES? SPEED.
Work  Work is done when a force moves an object over a distance  Work = force X distance or W = f X d  When a force is applied to an object, the force.
Forces/Motion. Force A push or a pull Speed The distance an object moves in a given amount of time.
Machines. 1. What do you believe a machine is? 2. Name 10 machines.
Energy and Machines How We Work and Play Work is... the result of force moving an object.
Benchmarks.
Chapter 12: Work & Energy Section 1 – Work & Power.
Answers.  Matter= Anything that has mass and takes up space.  Mass = what something is made of. Measured in kg, g and does not change when you go to.
Work, Machines, and Energy
Simple Machines /Pulleys Quiz! Draw a box at the top to keep track of your points. Write the letter of the correct answer. Have your dry-erase boards.
Solids, Liquids, Gases  Matter is made up of tiny particles.  The way these particles interact with each other helps determine the state of matter. 
Environmental Science Unit 2. What is Matter? Matter is anything that has mass and occupies space (or volume). There are three states of matter: Solid.
Simple Machines.
What is a simple machine? Section 5-1. Machines Makes work easier by changing the size of a force, the direction of a force, or the speed of a force.
Motion and Force Speed, Velocity, Slope, Friction, and Distance.
Hosted By Mrs. Shook Simple Machines MotionForce Related to Force & Motion
Eight Grade Review Part One. Matter Matter - anything that has mass and takes up space. Can be classified as elements, compounds, or mixtures Made up.
Jeopardy Crystals and Minerals Forces and Machines Simple Machines Sunlight & Foodchains Electricity Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200.
T1 T2 T3 This is a type of change that produces a new substance. Examples of this change includes.. combustion (burning), cooking an egg, rusting of.
Energy Review Notes.  Energy is what makes matter MOVE or CHANGE. We call this the ability to do WORK.  We studied 7 types of energy this year:  Mechanical.
Simple Machines, Mechanical Advantage, and Work. Machines  Machines make work easier by changing direction of a force, multiplying a force, or increasing.
All About Simple Machines
Science in the Movies: The Science Behind Stunts & Special Effects
Force, motion, and simple machines
Energy and Machines How We Work and Play.
Diagram.
Energy and Machines How We Work and Play.
Welcome to a world full of machines!
Chapter 12 Work and Energy.
Energy and Machines How We Work and Play.
Physical Science.
Presentation transcript:

SIM Logo

Steve Wolf Stunt & Special Effects Coordinator

Science & Safety

Get plenty of sleep Eat healthful foods Exercise regularly Stay away from drugs and alcohol Stay away from cigarettes and cigarette smoke Get plenty of sleep Eat healthful foods Exercise regularly Stay away from drugs and alcohol Stay away from cigarettes and cigarette smoke

Three States Of Matter Solids Liquids Gases Solids Liquids Gases

Liquid + Heat

Animation of liquid to gas

Read Labels!

Components of Fire: Fuel Oxygen Heat Chemical Reaction Fuel Oxygen Heat Chemical Reaction

Fluid Fluids take the shape of the container you put them in

Life on Earth is based on! CARBON

If there is a fire in the house

Dial 9 1 1

GravityGravity

Humpty Dumpty

Animation of person landing in airbag

Gases are

“Things should be made as simple as possible, but not any simpler.” -Albert Einstein

Simple Machines Basic tools that make work easier

The Six Simple Machines! Ramps Wheels & Axels Screws Wedges Pulleys Levers

Pulley A wheel with a rope around it. Effort is multiplied by the number of rope sections supporting the load.

Always Wear Your

Tensile Strength A property of matter that measures how much you can pull something before it breaks.

When materials rub together they create and friction creates HEAT FRICTION

Pressure and Force

Pressure A force acting against a surface

Stop, Drop & Roll Roll DROPDROP

Insulators resist the flow of energy

Choose the right insulator for the job!

Components of Fire: Fuel Oxygen Heat Chemical Reaction Fuel Oxygen Heat Chemical Reaction

Detonating Materials that burn faster than the speed of sound are Detonating

The speed of sound is 1100 feet per second 335 meters per second Or

If you find a gun… 1.Stop. 2.Don’t Touch! 3.Leave the area. 4.Tell an adult.

Follow Directions!

Fuel + Heat Chemical Reaction Gas + Heat

Law of Conservation of Energy: Energy can neither be created nor destroyed but can be changed from one form to another.

Electric Circuit Animation

Electric Circuit

Conductivity

Friction

Heat

Chemical Reaction

Change of State Animation

Solid to Gas

Pressure

Force

KABOOM!

Science in the Movies STUNT-FX