Foldable 1. Take out a piece of notebook paper and make a hot dog fold over from the right side over to the pink line.

Slides:



Advertisements
Similar presentations
Designed by: Emily Freeman McEachern High School 2400 New Macland Rd Powder Springs, GA
Advertisements

**** ORDER OF OPERATIONS ****. STEP 1: VERTICAL Style Fold (Leave a little space at the bottom showing)
SOLID- LIQUID- GAS Our foldables.. Foldable: finished.
Exponents, Parentheses, and the Order of Operations.
Rock Cycle/Rock Types Foldable
How to make a paper monkey plane By: Nicole Hall.
Laws of Exponents. Remember: Rule 1—Multiplying like bases  When multiplying like bases, keep the base and ADD the exponents.
Accentuate the Negative Investigation 2
GRAPHING INEQUALITIES OBJECTIVE: SWBAT WRITE AND GRAPH INEQUALITIES IN ONE VARIABLE.
WHEN MULTIPLYING LIKE BASES, YOU ADD THE EXPONENTS FOR EXAMPLE: NOW YOU TRY:
Polygons with four sides
The prefix QUAD means 4. Quadrant Quadruple Quadricepts Quadriga Quadrilateral.
Principles of Design Foldable
The “Smoosh” Book! You will need: 1 piece of paper marker scissors
Organic Molecule Foldable
Foldable 1. Take out a piece of notebook paper and make a hot dog fold over from the right side over to the pink line.
PEMDAS. Information Sheet Slips Dry Erase Markers.
Exponents and Their Properties Section 5.1. Overview Multiplying Powers with Like Bases Dividing Powers with Like Bases Zero as an Exponent Raising a.
Warmup 6-1 On a half piece of paper find the midpoint, distance, and slope for each. (2, 5), (6, 17) (-2, 3), (4, 6) (7, -3), (4, 10)
Session 33Warm-UpQuiz Today! 1.In Parallelogram ABRN, m  A = 3x + 15 and m  R = 5x –17. What is the value of x? 2.In Parallelogram ABRN what is m  N?
Foldable 1. Take out a piece of notebook paper and make a hot dog fold over from the right side over to the pink line.
Multiplication Properties of Exponents Multiplying with Like Bases and Exponents Keep the base the same and add the exponents. Ex: 3 2  3 7 = 3 9 x 4.
Essential Question: What is the first step for simplifying an exponential expression that contains negative exponents?
Section 5.1 Integer Exponents. Overview Recall that exponents are used to indicate repeated multiplication: In this section we explore properties of exponents.
Words Into Equations. Attendance Markers Information Sheet.
Polygons Brought to you by Cavis for President. What is a Polygon???? Any ideas? Write down what you think it is for #1.
If I wanted to walk around the yellow area, how far would you need to walk?
PROPERTIES OF EXPONENTS
EMSA Testing Strategies Foldable.  It’s Easy! Just remember  CUBES How can I do well on the test??
Learn about the quadrilaterals Understand the different types of quadrilaterals Students and Teachers will be able to.
How to set up your paper Fold your paper in half (hot dog style) Measuring from the top you will draw 4 lines at the following measurements: 1 st line.
 Go to slide #2 – double click and type what you want to go on the front of the book. (Examples: Vocabulary Words, Questions, etc.)  Go to slide #3 –
Quadrilateral Four sided polygon.
Probability of Compound Events Standards: MM1D2a. Find the probabilities of mutually exclusive events. b. Find the probabilities of dependent events. c.
Opener Evaluate when x = 4.. Test Review Simplifying Exponent Rules.
Four sided polygon Foldable 1. Take out a piece of notebook paper and make a hot dog fold over from the right side over to the pink line.
Let’s see what we can figure out. Each group should have a different Quadrilateral. Your Mission: Find all properties of your shape. (ie: find everything.
1. Find the distance from A to B for A is –3 and B is 9? 2. Find the midpoint of DC for D is (3,4) and C is (-2,4)? 3. Find the distance from E to F for.
Sorting Quadrilaterals Activity From Geometry Teacher’s Activity Workbook p 114 & 115 1a. Remove the Concave quadrilaterals?
Warm up: Find the missing lengths using the scale 1/4inch = 2 feet 1.If the actual length is 16 feet find the drawing length. 2.If the drawing length is.
Properties of Exponents
Warm-Up Evaluate when x = 4..
Classifying and Recognizing Characteristics
Exponents 8/14/2017.
Created by: Amanda Evans
Exponents: Negative & Zero
Making the 17-1 Motion Foldable
Atomic Theory AVID Vocabulary Foldable
Polygons with four sides
Prepared by Nancy Merrllyn P.R.T K.V.N.L.C Neyveli
How to make a paper aeroplane
Waves Foldable.
Principles of Art Notes Page.
Multiplying & Dividing by Powers of Ten
Sample Foldable 1. Take out a piece of notebook paper and make a hot dog fold over from the right side over to the pink line.
Do Now 10/31/11 In your notebook on a new page, complete the activity on page 193 in the textbook. Fill in the 2 tables in the “Investigate” section.
Making a “Foldable” to Remember the Exponent Laws
EXPONENTIAL EXPRESSIONS
Foldable 1. Take out a piece of notebook paper and fold the right side over to the pink line and make a crease.
EXPONENTIAL EXPRESSIONS
Making a “Foldable” to Remember the Exponent Laws
Using Foldable Notes to Synthesize SYNTHESIS: Multiple Genres
It’s Astronomical AVID Vocabulary Foldable
Exponents and Polynomials
Exponents, Parentheses, and the Order of Operations
Classifying and Recognizing Characteristics
EXPONENT RULES.
Properties of exponents foldable
Five Themes Foldable Instructions
EXPONENTIAL EXPRESSIONS
Presentation transcript:

Foldable 1. Take out a piece of notebook paper and make a hot dog fold over from the right side over to the pink line.

Foldable 2. Now, divide the right hand section into 4 sections by drawing 3 evenly spaced lines. The fold crease 3. Use scissors to cut along your drawn line, but ONLY to the crease!

Foldable 4. Write EXPONENTS down the left hand side The fold crease

Foldable 5. Fold over the top cut section and write “Zero Exponents” on the outside. The fold crease 6. Reopen the fold.

Foldable 7. On the left hand section, write an example of a zero exponent. ANY number raised to an exponent of zero equals one. 8. On the right hand side, write an explanation of the exponent rule.

Foldable Repeat the process until you have a flap made for each of the EIGHT exponent rules we’ve learned. When multiplying powers with the same base, add the exponents. ANY number raised to an exponent of zero equals one.

Exponent Rules