what will we learn this year? motion speed distance divided by time (meters per second) velocity...

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Page 1: What will we learn this year? MOTION Speed Distance divided by Time (meters per second) Velocity Speed in a given direction (meters per second, south)
Page 2: What will we learn this year? MOTION Speed Distance divided by Time (meters per second) Velocity Speed in a given direction (meters per second, south)
Page 3: What will we learn this year? MOTION Speed Distance divided by Time (meters per second) Velocity Speed in a given direction (meters per second, south)

MOTIONSpeedDistance divided by Time

(meters per second)Velocity

Speed in a given direction (meters per second, south)

AccelerationChange in velocity

(meters per second per second)

Page 4: What will we learn this year? MOTION Speed Distance divided by Time (meters per second) Velocity Speed in a given direction (meters per second, south)

Graphing these conceptsFor example…

Page 5: What will we learn this year? MOTION Speed Distance divided by Time (meters per second) Velocity Speed in a given direction (meters per second, south)
Page 6: What will we learn this year? MOTION Speed Distance divided by Time (meters per second) Velocity Speed in a given direction (meters per second, south)

FORCES(A Push or a Pull)Types of Forces:

GravityFrictionNormalElastic

Compression Tension

Page 7: What will we learn this year? MOTION Speed Distance divided by Time (meters per second) Velocity Speed in a given direction (meters per second, south)

Newton’s Laws of MotionFirst Law: Inertia

Second Law: F=MA Force = Mass times

Acceleration

Third Law: Action/Reaction

Page 8: What will we learn this year? MOTION Speed Distance divided by Time (meters per second) Velocity Speed in a given direction (meters per second, south)

Density/BuoyancyDensity: The amount of matter in a given

volume of a substance.Density = mass divided by volume

Buoyancy: An upward force exerted on an object by the surrounding fluid.

Page 9: What will we learn this year? MOTION Speed Distance divided by Time (meters per second) Velocity Speed in a given direction (meters per second, south)
Page 10: What will we learn this year? MOTION Speed Distance divided by Time (meters per second) Velocity Speed in a given direction (meters per second, south)

Properties of MatterWays to describe matter; color, texture,

shape, size, temperature, etc.States of Matter:

Solids, Liquids, and GasesChanges in Matter:

Physical ChangesChemical Changes

Page 11: What will we learn this year? MOTION Speed Distance divided by Time (meters per second) Velocity Speed in a given direction (meters per second, south)

Atomic StructureAtoms

Nucleus Protons Neutrons

Electrons

Periodic Table

Show Pop-Up Book

Page 12: What will we learn this year? MOTION Speed Distance divided by Time (meters per second) Velocity Speed in a given direction (meters per second, south)

Acids & BasesCharacteristics of Acids:

-Taste Sour-Corrode metals-pH less than 7

Characteristics of Bases:-Taste Bitter-Feel Slippery-pH greater than 7

Page 13: What will we learn this year? MOTION Speed Distance divided by Time (meters per second) Velocity Speed in a given direction (meters per second, south)

AstronomyAll of the Laws of Physics also apply in Space

so, what you’ve learned about the laws of Motion, Forces (gravity), Density, Buoyancy, Properties of Matter, Atomic Structure, and Acids & Bases help to fully understand the structure of the Universe.

Page 14: What will we learn this year? MOTION Speed Distance divided by Time (meters per second) Velocity Speed in a given direction (meters per second, south)

How we will learn Reading the textbook Discussions Taking notes Answering questions in workbook Drawings Flashcards Answering questions in textbook Lab activities Atom pop up book

Page 15: What will we learn this year? MOTION Speed Distance divided by Time (meters per second) Velocity Speed in a given direction (meters per second, south)

AssessmentsQuizzesTests

Page 16: What will we learn this year? MOTION Speed Distance divided by Time (meters per second) Velocity Speed in a given direction (meters per second, south)

Materials needed for class3 ring binder (1 ½ inch)Loose leaf paperColored pencilsPencil sharpener with cover for pencil

shavingsMetric rulerSheet protectors CalculatorHighlighterWhite-outBlue or black ink pen

Page 17: What will we learn this year? MOTION Speed Distance divided by Time (meters per second) Velocity Speed in a given direction (meters per second, south)

How we will be graded Total points

Tests (40-50) and Quizzes (20-30) JQ’s (10 per set) Atom project (50) Daily assignments/homework (4-

10)

Page 18: What will we learn this year? MOTION Speed Distance divided by Time (meters per second) Velocity Speed in a given direction (meters per second, south)

Steps to success Be prepared each day with

all of your materials Pay attention! Stay

focused!! Ask specific questions

during the lesson if you are confused

Page 19: What will we learn this year? MOTION Speed Distance divided by Time (meters per second) Velocity Speed in a given direction (meters per second, south)

Steps continued Be aware of any confusion

regarding assignments and ask me to help you to clear up your confusion.

Be thoughtful and thorough when doing assignments and finish them on time.

Page 20: What will we learn this year? MOTION Speed Distance divided by Time (meters per second) Velocity Speed in a given direction (meters per second, south)

.. Go over the information each day for 5 to 10 minutes to keep it familiar

Notes, textbook pages, workbook pages, JQs, and worksheets

Create your own favorite study materials like flashcards, drawings, outlines

Attend study halls if still not confident about material.

Never wait until the last minute to review for a test.

Page 21: What will we learn this year? MOTION Speed Distance divided by Time (meters per second) Velocity Speed in a given direction (meters per second, south)