The Science of Volleyball By: Ashley Pilarte Class: 806.

Slides:



Advertisements
Similar presentations
The Science of Basketball
Advertisements

The Science of Soccer By: Ms. Sowin Perseverance Science Teacher.
ENERGY REVIEW. What is energy? The ability to do work or make change in matter.
Energy Conversion and Conservation. Conversions Between Forms of Energy  Energy Conversion: Is a change from one form of energy to another.  Most forms.
ENERGY Energy Energy is the ability to do work.
The Science of (Basketball) By: Michael Barnes Class: 806.
The Science of Tennis By: Jacey Casado Class:806.
P, K, and M Energy Notes.
Energy!.
The Science of Basket ball By: Luz Pena Class: 808 By: Luz Pena Class: 808.
What is energy and what are the different forms?
Conservation of Energy and Momentum. Conservation If you gave me a dollar and asked for change, how many dimes would you want back? How about quarters?
By: Florette-Koulanda Class: 805. Swimming I choose to do the science of swimming because I like to swim. And also I like water, but I do not know how.
Unit 2 Energy. Energy Transformations Law of Conservation of Energy Energy cannot be created or destroyed only transformed to another type of Energy.
Hosted by Type your name here Choice1Choice 2Choice 3Choice
ENERGY BASICS.
Potential and Kinetic Energy
The Science of Basketball
The Science of BaseBall By: Franklin Class: 808 By: Franklin Class: 808.
The Science of football By:andrew fowsar Class: By:andrew fowsar Class:
Energy Transformations and Conservation. Review What are the 2 types of energy? What are the 6 forms of energy? 1 Form + 5 other forms. Why?
Work and Power Notes What Work and Power are not… Work is not where you go to earn a check! Power is not how strong you are!
Energy Notes Investigative Science Lab book pages
The Science of Cheerleading By: Francy Rios Class: 807 By: Francy Rios Class: 807.
Adventures in Science 5.6A
Chapter 5.2. What do you think? What is meant when scientists say a quantity is conserved? Describe examples of quantities that are conserved. Are they.
Potential and Kinetic Energy. ENERGY IN GENERAL Energy: the ability to do work It can be found in many forms. Energy can be converted from one form to.
The Science Of Basketball By: Jacqueline Johnson Class: 805 By: Jacqueline Johnson Class: 805.
Types of Energy 6-5.1Identify the sources and properties of heat, solar, chemical, mechanical, and electrical energy.
Conservation of Energy IT’S THE LAW. Lifting a Ball When you lift a ball to a certain height you do work on it. When you lift a ball to a certain height.
ENERGY TRANSFER. LAW OF CONSERVATION OF ENERGY no energy is created of destroyed as it changes form example: the amount of heat and light energy given.
Energy Transformation
The Science Of Basketball By: Alsana Trawally Class: 805 By: Alsana Trawally Class: 805.
Energy Conversions & Conservation. Bellringer  Where does the energy that makes a roller coaster car move come from? Where does the energy go?
CHAPTER 2 ENERGY. 1. Visible light is an example of Electromagnetic energy 2. Change from one energy form to another is Energy transformation.
Energy Physical Science. Nature of Energy Energy is all around you. You hear energy as sound, you see energy as light, you can feel energy in wind. Living.
Unit 5 Relationships among forms of energy
The Science of Football
Energy Conversion and Conservation
Energy.
Transformation of Energy
STAAR Review – Day 5 Newton’s Laws of Motion
Energy Conversion and Conservation
Adventures in Science 5.6A
Energy Physical Science.
By: Bismark Appiah Class: 805
Potential and Kinetic Energy: Energy Partners
Energy Physical Science.
Energy!.
Energy Vocabulary Unit 2.1 On-Level Version.
قطار التعرج مجلس أبوظبي للتعليم منطقة العين التعليمية
Energy Transformation Flow Charts
Energy.
Energy Vocabulary Unit 2.1 Advanced Version.
Potential and Kinetic Energy in the real world.
Energy Transformations
TYPES OF ENERGY & Energy Transformations
Energy Vocabulary Unit 2.1 On-Level Version.
ماذا نعني بأن الطاقة كمية محفوظة؟!
Energy Conversions and Conservation
VENN DIAGRAM Energy Stored Energy Increased based on position/height
Adventures in Science 5.6A
Energy Physical Science.
What are potential and kinetic energy?
What are the forms of energy?
Section 1 Changing Energy
Potential and Kinetic Energy
Potential and Kinetic Energy
Potential and Kinetic Energy in the real world.
Adventures in Science 5.6A
Presentation transcript:

The Science of Volleyball By: Ashley Pilarte Class: 806

Introduction to Science of Volleyball The reason I chose volleyball was because that is a fun sport. The other reason I chose volley ball was because you could play it any where.

Potential Energy Potential energy is when there is energy stored.example in volley when they are making a plan they are storing energy.

Stored energy Ex: 1. car at red light 2. roller coaster at top of hill 3. holding a ball

Kinetic Energy Energy in motion Ex: 1. car driving 2. roller coaster going down 3. dropping ball

Digestive System The digestive system move mechanically digests food to give our body energy.

Respiratory System The respiratory system it use energy to clean our incoming air and gets oxygen into our body.

Circulatory System The circulatory system it needs energy to pump the blood throughout the body.

Excretory System It uses energy to release water heat, and salt from the body. Energy is needed to keep this system working

Muscular System It uses energy to make our body move it uses mechanical energy contract our body move.volley ball players need strong muscles.

Electric Energy Is the negative and positive charges that’ makes electricity.

Energy Transformation The food we have has chemical. That chemical energy could turn into mechanical energy.the mechanical energy makes the volley ball player move.

Conserving Energy It good to save energy for the volley ball players cause when they waist energy.

Newton’s 1st Law of Motion Something will keep moving unless force stops it. the ball will keep moving unless the volley ball player stops it.

Newton’s 2nd Law of Motion The greater the force the more something moves. The greater the player moves the hand the faster the ball moves.

Newton’s 3rd Law of Motion For every action the amount of force you hit it the farther it go. The more hard you hit it will go farther when you hit it.

Conclusion They are related to science cause they have to see how far you go with your hand.