PPT-§7.3 Multiplying and Dividing Decimals

04 0417 How do we multiply and divide decimals using fractions How do we multiply and divide decimals using algorithms How do we use division to write repeating decimals How do we use scientific notation. Created by: Mrs. J Couch. Dividing Decimals. Dividing Decimals. Practice. Solve:. Practice. The school put up a sign to advertise a car wash in the school parking lot to raise money for library books. One hundred fifty two people signed up to have a car washed on Saturday. If one student can wash 25 cars in a day, how many students will have to work on Saturday in order to finish the job?. 6 days of class left. Final Exam Tuesday, December 14. th. , 2-4. Decimals. Ratio and Proportion. Percents. Problem Solving. Decimals and place value. Expanded form. 3.24. 0.183. 24.750. Exploration 5.16. Introduction. What’s the first thing that comes to your mind when you think of the English settlers and the Natives?. VIDEO. https://www.youtube.com/watch?v=TTYOQ05oDOI. . He was the son of a wealthy landowner and merchant. He got his education in England where he spent half of his life. Intellectual life in the colonies was split between the Puritans, who disagreed with British intellectual and social fads, and the Cavaliers, who followed those trends. The Puritans settled in the northern colonies, while the Cavaliers settled in the southern colonies. Byrd agreed with the southerners. He establish the city of richmond.The History of the Dividing Line was found among Byrd’s personal papers after his death and was published in 1841.. Unit 2, Lesson 11. December 03, 2015. DO NOW. For every 2 dog toys Asher has, Nike has 6 dog toys. Complete the table below and plot the coordinates.. 2. 6. 4. 15.  .  .  .  .  .  .  .  .  . Multiplying Numbers in Scientific Notation. Multiply the decimal numbers together.. Add the exponents to get the power of 10. . General formula. : . . (N X 10. x. ) (M X 10. y. ) = (N) (M) X 10. 3/23/17. How do we multiply and divide fractions and mixed numbers?. How do we use models to multiply and divide fractions?. How do we estimate products and quotients of fractions?. Today We’ll Discuss. Dividing a Monomial by a Monomial. Dividing a Polynomial by a Monomial. Dividing a Polynomial by a Polynomial . Long Division Technique. Handling Missing Terms. 6.6. 1. Negative Exponent Rule . Quotient Rule for Exponents. Made Easy!. My momma. says I should “change” my shirt before she “flips” her lid!. © . Mike’s Math Mall. Using…. CCSS 5NBT.B.7. keep. Change!. Flip!. Because with a little change to a division of fractions’ problem, you’ll be right back to multiplying!. Elizabeth Blaesser/Maccani . Click here to continue.. Introduction. This project is designed for Mrs. Maccani’s 3. rd. grade class.. The purpose of this project is to understand the relationship between whole numbers, simple fractions, and decimals. Students will demonstrate their understanding of equivalency and problem solving related to fractions and decimals.. 6.2.1 Multiplying Fractions. 6.2.2 Dividing Fractions. 6.2.3 Dividing Mixed Numbers. Multiplying Fractions. Step #1. : Multiply across the . top. of both fractions. Step #2. : Multiply across the . bottom.  . Can you name the parts of a fraction?. ?. ?. numerator. denominator. What sort of fractions / numbers are these:.  .  .  . ?. ?. ?. p. roper fraction. improper fraction. m. ixed number. Multiplying Fractions. 1. Remember that fractions are parts of a whole or a part of a set of objects. For example, if a bag of apples contains 10 apples and three of the apples are used to make apple tarts, three-tenths, 3/10, of the apples have been used and seven-tenths, 7/10, of the original set of 10 apples remain. .  . Can you name the parts of a fraction?. ?. ?. numerator. denominator. What sort of fractions / numbers are these:.  .  .  . ?. ?. ?. p. roper fraction. improper fraction. m. ixed number. Multiplying Fractions. Multiplying and Dividing Fractions This session will be recorded for learning purposes.  Learning purposes include: a lesson review for students who are absent, students who want to review for a test, etc.