Complete the Math Message problem at the top of Journal page 209.

Slides:



Advertisements
Similar presentations
Volume of Rectangular Prisms
Advertisements

Surface Area & Volume.
THEOREM OF PYTHAGORAS AND VOLUME REVIEW LESSON. WARM UP A rectangular TV screen has a diagonal measurement of 13 inches and a width of 5 inches. Wha tis.
Identify the transformation (translation, rotation, reflection, dilation): Name:________________________________________________________________________________Date:_____/_____/__________.
HOMEWORK & Learning Goal
Volume of Rectangular Prisms
SURFACE AREA & VOLUME.
Volumes Lesson
CIRCUMFERENCE Lesson 8-1. Vocabulary Start-Up A circle is the set of all points in a plane that are the same distance from a point, called the center.
Area of a Parallelogram Area of a Triangle Circumference & Area of a Circle.
© A Very Good Teacher 2007 Exit Level TAKS Preparation Unit Objective 8.
Volumes Of Solids. 7cm 5 cm 14cm 6cm 4cm 4cm 3cm 10cm.
Our learning goal is to be able to solve for perimeter, area and volume. Learning Goal Assignments 1.Perimeter and Area of Rectangles and Parallelograms.
9-2 Volume of Prisms and Cylinders Course 2 Warm Up Warm Up Problem of the Day Problem of the Day Lesson Presentation Lesson Presentation.
FILLING AND WRAPPING VocabularyPROBLEMSSURFACE AREA Miscellaneous VOLUME.
Volume and Surface Area
Everyday Mathematics Math Message
Unit 7 Exponents and Negative Numbers Grade Exponential Notation  Complete the Math Message problem at the top of journal page 209.
Volume & Surface Area MATH 102 Contemporary Math S. Rook.
Springboard, Page 272, #1 This problem has an infinite number of answers. Below is just one example, but the premise is the same, no matter which numbers.
HAWKES LEARNING SYSTEMS Students Matter. Success Counts. Copyright © 2013 by Hawkes Learning Systems/Quant Systems, Inc. All rights reserved. Section 5.5.
Agriculture Mechanics I.  Square measure is a system for measuring area. The area of an object is the amount of surface contained within defined limits.
3-D Shape Review. Question What is a 3-D shape that has 5 FACES.
PSSA Jeopardy Measurement Perimeter AreaVolume Similarity and Scale $100 $200 $300 $400.
Jeopardy Areas Surface Area About Face! Volume in 3-D! Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400 Q $500 Final Jeopardy.
Unit 9 Coordinates, Area, Volume, and Capacity Grade 5.
Everyday Mathematics Grade 5 – Unit 11 Volume Geometric Solids Name an object that is shaped like a geometric solid.
VOLUME OF SOLID FIGURES BY: How To Find The Volume First find the area ( A ). A =  r square Then multiply the area ( A ) times the height ( H ). V =
Copyright © Ed2Net Learning, Inc.1 Three-Dimensional Figures Grade 5.
Course Volume of Prisms and Cylinders 10-2 Volume of Prisms and Cylinders Course 2 Warm Up Warm Up Problem of the Day Problem of the Day Lesson.
Cylinder DAY 1. Cylinder: Warm-Up TIME: 5 minutes DIRECTIONS: Work at your table (in groups of 3 to 4) Define in your own word to what Cylinder means.
Math CC7/8 – Be Prepared On Desk: 1. Pencil 2.Calculator 3. Math Journal 4. F&W Learning Log 5. Parent Signatures? Learning Log: 1. HW: p. 16 #4,5,22,23,25.
Volumes Of Solids. 8m 5m 7cm 5 cm 14cm 6cm 4cm 4cm 3cm 12 cm 10cm.
$100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500.
Volumes Of Solids. 14cm 5 cm 7cm 4cm 6cm 10cm 3cm 4cm.
Volume and Surface Area. Volume of a Prism Answer: The volume of the prism is 1500 cubic centimeters. Find the volume of the prism.
We are learning to: - Enhance our Mathematical learning skills * solve volume problems Vocabulary: cross section cubic unit Always aim high! LESSON OBJECTIVES.
GEOMETRY Volume of Cylinders, Cones, Spheres 8 th Math Presented by Mr. Laws.
Unit 8 Fractions and Ratios Grade Exponential Notation  Complete problems 1-4 at the top of your journal page 248.
Volume of Rectangular Prisms
Copyright © Wright Group/McGraw-Hill
How To Calculate the Volumes Of Solids
Volumes Of Solids. 8m 5m 7cm 5 cm 14cm 6cm 4cm 4cm 3cm 12 cm 10cm.
Copyright © Wright Group/McGraw-Hill
Copyright © Wright Group/McGraw-Hill
Math Message Lesson 12.1 Solve Problems 1 and 2 on journal page 393.
Playing Cards and Solutions
Surface Areas of Prisms and Cylinders
On your slate, write two addition facts that have 5 as a sum.
Surface Area and Volume
Volume of Prisms and Cylinders
Volumes Of Solids. 8m 5m 7cm 5 cm 14cm 6cm 4cm 4cm 3cm 10cm.
Five consecutive multiples of 6 have a sum of 270. What are they?
Measurement: Volume & Capacity
Secondary math Volume.
Volume of solids.
Surface Area and Volume Review
March 2, Math 102 OBJECTIVE: Students will be able to calculate the volume of prisms and cylinders, using a given formula and a calculator AIM:
Filling and Wrapping Review
SURFACE AREA.
Surface Areas of Prisms and Cylinders
Title: FW 1.3 Finding Least & Greatest Surface Area
Volumes Of Solids. 8m 5m 7cm 5 cm 14cm 6cm 4cm 4cm 3cm 10cm.
Volumes Of Solids. 8m 5m 7cm 5 cm 14cm 6cm 4cm 4cm 3cm 10cm.
Exponents and Exponential Form
Five-Minute Check (over Lesson 11–1) Mathematical Practices Then/Now
Card 1 Solve
Investigation 1 Building Smart Boxes Rectangular Prisms
Presentation transcript:

Complete the Math Message problem at the top of Journal page 209. Math Message Lesson 7.1 Complete the Math Message problem at the top of Journal page 209. Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 7.2 On a half-sheet of paper, make name-collection boxes for 100, 1,000 and 1,000,000. Write three different names in each box. Use exponential notation at least once. Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 7.3 Complete Problems 1 – 10 on page 214 in your Journal. Reminder: Calculations with exponents are done before other factors are multiplied. Copyright © Wright Group/McGraw-Hill

Complete Problems 1 and 2 at the top of Journal page 219. Math Message Lesson 7.4 Complete Problems 1 and 2 at the top of Journal page 219. Copyright © Wright Group/McGraw-Hill

Solve the Math Message problems at the top of Journal page 222. Math Message Lesson 7.5 Solve the Math Message problems at the top of Journal page 222. Copyright © Wright Group/McGraw-Hill

List two methods that can be used to organize collected data. Math Message Lesson 7.6 List two methods that can be used to organize collected data. Copyright © Wright Group/McGraw-Hill

Complete Problem 1 on Journal page 229. Math Message Lesson 7.7 Complete Problem 1 on Journal page 229. Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 7.8 Lightly shade the cash cards with a regular pencil and the debt cards with a red pencil. Cut out the cards. Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 7.9 Use your + and - cash cards to help you complete page 237 in your journal. Copyright © Wright Group/McGraw-Hill

Solve Problems 1 – 3 at the top of page 242 in your Journal. Math Message Lesson 7.10 Solve Problems 1 – 3 at the top of page 242 in your Journal. Copyright © Wright Group/McGraw-Hill

Complete Problem 1 on Journal page 244. Math Message Lesson 7.11 Complete Problem 1 on Journal page 244. Copyright © Wright Group/McGraw-Hill

Complete the Self Assessment for Unit 7. Math Message Lesson 7.12 Complete the Self Assessment for Unit 7. Copyright © Wright Group/McGraw-Hill

Complete Problems 1 – 4 at the top of Journal page 248. Math Message Lesson 8.1 Complete Problems 1 – 4 at the top of Journal page 248. Copyright © Wright Group/McGraw-Hill

Solve Problems 1 – 9 at the top of Journal page 251. Math Message Lesson 8.2 Solve Problems 1 – 9 at the top of Journal page 251. Copyright © Wright Group/McGraw-Hill

Solve Problems 1 – 3 at the top of Journal page 254. Math Message Lesson 8.3 Solve Problems 1 – 3 at the top of Journal page 254. Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 8.4 Work with a partner. Take a copy of Math Masters, page 459. Cut out the cards. Put them in order from least to greatest. Which fraction is the greatest? Which is the least? Copyright © Wright Group/McGraw-Hill

Complete problems 1 – 11 on Journal page 259. Math Message Lesson 8.5 Complete problems 1 – 11 on Journal page 259. Copyright © Wright Group/McGraw-Hill

Complete Problem 1 on Journal page 264. Math Message Lesson 8.6 Complete Problem 1 on Journal page 264. Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 8.7 Complete Journal page 268. Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 8.8 Complete Journal page 272. Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 8.9 It would cost $150,000 to rent a large amusement park for a private party. Would you rather have this price reduced by $35,000 or discounted 25%? Copyright © Wright Group/McGraw-Hill

Complete the problems on Journal page 280. Math Message Lesson 8.10 Complete the problems on Journal page 280. Copyright © Wright Group/McGraw-Hill

Answer Problems 1 – 5 on Journal page 284. Math Message Lesson 8.11 Answer Problems 1 – 5 on Journal page 284. Copyright © Wright Group/McGraw-Hill

Solve Problems 1 – 4 on Journal page 288. Math Message Lesson 8.12 Solve Problems 1 – 4 on Journal page 288. Copyright © Wright Group/McGraw-Hill

Complete the Self Assessment for Unit 8. Math Message Lesson 8.13 Complete the Self Assessment for Unit 8. Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 9.1 Plot the following points on the small coordinate grid on Journal page 292. (4, 0) (0, 4) (0, 0) (5, 1 ½) (1.25, 4.75) Copyright © Wright Group/McGraw-Hill

Complete Problem 1 on Journal page 298. Math Message Lesson 9.2 Complete Problem 1 on Journal page 298. Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 9.3 The Divers club and the Rock Climbers Club compete against each other by drawing cards that tell the depths for dives and the heights for climbs. Which of the distances below are for the divers and which are for the climbers? -175 ft 70 ft -200 ft 3,600 ft Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 9.4 Read page 188 of the Student Reference Book, and write two important facts about area. Copyright © Wright Group/McGraw-Hill

Work with your small group to read and complete Journal page 308. Math Message Lesson 9.5 Work with your small group to read and complete Journal page 308. Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 9.6 Complete Journal page 312. Copyright © Wright Group/McGraw-Hill

Complete Problem 1 on Journal page 316. Math Message Lesson 9.7 Complete Problem 1 on Journal page 316. Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 9.8 Write 2 questions that can be answered by reading Student Reference Book, page 195. Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 9.9 Are all of the cube structures shown on Study Link 9.8 rectangular prisms? Be prepared to explain your answer. Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 9.10 Which holds more, a 1-quart bottle or a 1-liter bottle? Be prepared to explain your answer. Copyright © Wright Group/McGraw-Hill

Complete the Self Assessment for Unit 9. Math Message Lesson 9.11 Complete the Self Assessment for Unit 9. Copyright © Wright Group/McGraw-Hill

Answer the question at the top of page 333 in your Journal. Math Message Lesson 10.1 Answer the question at the top of page 333 in your Journal. Copyright © Wright Group/McGraw-Hill

One square weighs as much as ___ ounces. Math Message Lesson 10.2 One square weighs as much as ___ ounces. 23 ounces 3 + 14 ounces Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 10.3 Joe is 2 inches taller than Maria. How tall is Joe? Make a table of possible heights. Maria’s Height Joe’s Height Copyright © Wright Group/McGraw-Hill

Complete the problem at the top of Journal page 354. Math Message Lesson 10.4 Complete the problem at the top of Journal page 354. Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 10.5 Read the information about Yellowstone National Park at the top of Journal page 360. Copyright © Wright Group/McGraw-Hill

Solve Problem 1 on Journal page 364. Math Message Lesson 10.6 Solve Problem 1 on Journal page 364. Copyright © Wright Group/McGraw-Hill

Solve Problems 1 – 4 on Journal page 366. Math Message Lesson 10.7 Solve Problems 1 – 4 on Journal page 366. Copyright © Wright Group/McGraw-Hill

Solve the problem at the top of Journal page 370. Math Message Lesson 10.8 Solve the problem at the top of Journal page 370. Copyright © Wright Group/McGraw-Hill

Solve Problems 1 – 4 on Journal page 373. Math Message Lesson 10.9 Solve Problems 1 – 4 on Journal page 373. Copyright © Wright Group/McGraw-Hill

Complete the Time to Reflect questions on Journal page 378. Math Message Lesson 10.10 Complete the Time to Reflect questions on Journal page 378. Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 11.1 Look at the solids pictured on page 137 in your Student Reference Book. List some objects that are shaped like prisms, cylinders, cones, and spheres. Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 11.2 Read the top half of page 140 and the top half of page 141 in your Student Reference Book. What are the bases of this box? Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 11.3 Marble games are often played inside a circle whose diameter is 7 feet. What is the area of the playing surface? Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 11.4 A rectangular prism and a cylinder each have exactly the same height and exactly the same volume. The base of the prism is an 8-cm-by-5-cm rectangle. What is the area of the base of the cylinder? Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 11.5 How many cubic centimeters are there in 200 milliliters? In a half-liter? Copyright © Wright Group/McGraw-Hill

Complete the Math Message problems on Journal page 396. Math Message Lesson 11.6 Complete the Math Message problems on Journal page 396. Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 11.7 If you were to wrap this box as a fit, how would you find the area of the least amount of wrapping paper needed? Copyright © Wright Group/McGraw-Hill

Complete the Time to Reflect questions on Journal page 402. Math Message Lesson 11.8 Complete the Time to Reflect questions on Journal page 402. Copyright © Wright Group/McGraw-Hill

Solve Problems 1 and 2 on Journal page 405. Math Message Lesson 12.1 Solve Problems 1 and 2 on Journal page 405. Copyright © Wright Group/McGraw-Hill

Read Journal page 410 and solve the problems. Math Message Lesson 12.2 Read Journal page 410 and solve the problems. Copyright © Wright Group/McGraw-Hill

Read the essay about ratios on Journal page 415. Math Message Lesson 12.3 Read the essay about ratios on Journal page 415. Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 12.4 Tear out Activity Sheet 8 from the back of your Journal. Cut out the 48 square tiles. Store the tiles in an envelope. Copyright © Wright Group/McGraw-Hill

Name five fractions that are equivalent to . Math Message Lesson 12.5 Name five fractions that are equivalent to . 8 12 Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 12.6 Brainstorm with a partner to list everything that you know about your heart. Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 12.7 Without looking in your Journal or Student Reference Book, explain what a rate is and describe situations that involve rates. Be ready to share your answer. Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 12.8 Complete Journal page 432. Copyright © Wright Group/McGraw-Hill

Copyright © Wright Group/McGraw-Hill Math Message Lesson 12.9 Think about what you learned from the American Tour this year, and decide what you enjoyed most in the American Tour. (You may want to look through the American Tour section of the Student Reference Book to help you remember.) Copyright © Wright Group/McGraw-Hill

Complete the Time to Reflect questions on Journal page 440. Math Message Lesson 12.10 Complete the Time to Reflect questions on Journal page 440. Copyright © Wright Group/McGraw-Hill