Module 1 Lesson 4 Objective: Use exponents to denote powers of 10 with application to metric conversions.

Slides:



Advertisements
Similar presentations
Metric Units of Length, Mass, and Capacity
Advertisements

Metric Conversions Ladder Method
Topic A Multiplicative patterns on theplace value chart STANDARD - 5.NBT.1, 5.NBT.2, 5.MD.1.
The Metric System of Measurement. *Information The metric system of measurement is based on the number “ten” (10). We, the United States, use the English.
You don’t really think I can do this??
You don’t really think I can do this??
Overview of Metric System
Converting Units Using Dimensional Analysis
September 21, 2011 T – Practice unit conversion A – Finish unit conversion worksheet L – none E – none.
Grade 5 Module 1 Lesson 5.
Metric Units of Measurement
Decimals.
SI Units International System of Units Helps to maintain consistency in reporting measurements Mass Volume Length.
Grade 5: Module 1 Lesson 4. Place Value Chart 1 M100 TH 10 TH 1 TH HundTensOne  1/101/100   1/1000 Say the value as a decimal, write the number.
Metric System – Things to Remember
Base Unit kilo- hecto- deka- meter deci- centi- milli- 1.0 thousands 1,000 hundreds 100 tens 10 Base Unit 1.0 tenths 0.1 hundredths 0.01 thousandths.
C0L2P1 Scientific Measurement In science what units are internationally accepted? Why should you use significant digits? How do I use the metric system?
MS. WRIGHT The Metric System. Terms The term distance refers to how long, wide or tall something is. The term volume refers to how much space something.
1 meter, m liter, l gram, g KingHenrydiedby drinking chocolatemilk!
Metric Conversion Practice
M ODULE 1 Lesson 5 Objective: Name decimal fractions in expanded, unit, and word forms by applying place value reasoning.
Composition Book Setup
30 MEASUREMENT IN SCIENCE Earth Science Physical Science Honors: Reg:
METRIC SYSTEM WRITE DOWN RED NOTES. WHAT IS THE METRIC SYSTEM  Metric system is based on 10  1 x 10 = 10  10 x 10 = 100  110 x 10 = 1000  United.
Metric System. Scientists need a common system of measurement: The metric system. AKA: International system of Units (SI system) The metric system is.
The Metric System k h d k M/L/G d c m. What is measurement? Measurement ~ The comparison of a standard unit to an object or substance.
Measurements Mass and Length. What is the metric unit for mass? The most common metric units for mass are the milligram, gram, and kilogram. The most.
Metric System Created by: David L. Bricker Math in Action.
Place Values of Metric Prefixes
The METRIC SYSTEM & CONVERSIONS
Metric Conversions using the Ladder Method
UNIT 4 The Metric System.
The Metric System The metric system is a measurement system based on our decimal (base 10) number system. Other countries and all scientists.
Metric Conversion Practice
How to convert within the metric system
Let’s try some Conversions FUN,FUN!!
Meters, Grams and Liters
Metric Prefixes Prefix Power of 10 Value Kilo
Meters, Grams and Liters
Metric Conversions using the Ladder Method
Metric Conversion Practice
Meters, Liters and Grams Oh My!
METRIC CONVERSIONS.
Unit 1: Matter & Measurement
METERS, GRAMS AND LITERS
Measurements.
Metric Prefixes Prefix Power of 10 Value Kilo
Engage NY Module 1 Lesson 5
Notes 1.2 – Units of Measurement August 27th
Metric Conversions used in Mr. Gallagher’s class
Metric Conversion Practice
The Metric System & its Unit Conversions
How to convert within the metric system
Meters, Grams and Liters
Using the Metric System
Metric Conversions and Dimensional Analysis Notes
Convert 3.52 kilograms (kg) to grams (g) using the prefix line.
Metric Conversion Practice
How to convert within the metric system
Metric Conversion Practice
Metric Conversion Practice
Meters, Grams and Liters
Metric Conversion Challenge
Metric Conversion Practice
Engage NY Module 1 Lesson 5
The METRIC SYSTEM & CONVERSIONS
…using dimensional analysis
Metric Conversion Practice
How to convert within the metric system
Measuring Accurately in Science
Presentation transcript:

Module 1 Lesson 4 Objective: Use exponents to denote powers of 10 with application to metric conversions.

Multiply and Divide Decimals by 10, 100, and 1000 Say the value as a decimal. Write the number and multiply it by 10. 32.4 x 10 = 324 Now show 32.4 divided by 10. 32.4 ÷ 10 = 3.24

Multiply and Divide Decimals by 10, 100, and 1000 Using your place value chart, show 32.4 x 100. 32.4 x 100 = 3240 Now show 32.4 ÷ 100. 32.4 ÷ 100 = 0.324

Multiply and Divide Decimals by 10, 100, and 1000 Using your place value chart, show 837 ÷ 1000. 837 ÷ 1000 = 0.837 Now show 0.418 x 1000. 0.418 x 1000 = 418

Write the Unit as a Decimal 9 tenths = _____ 57 hundredths = ____ 10 tenths = ____ 42 hundredths = ____ 20 tenths = ____ 9 thousandths = ____ 30 tenths = ____ 10 thousandths = ____ 70 tenths = ____ 20 thousandths = ____ 9 hundredths = ____ 60 thousandths = ____ 10 hundredths = ____ 64 thousandths = ____ 11 hundredths = ____ 83 thousandths = ____ 17 hundredths = ____

Write in Exponential Form 100 = 10? Write 100 in exponential form. 100 = 10² 1,000 = 10? Write 1,000 in exponential form. 1,000 = 10³ 10,000 = 10? Write 10,000 in exponential form. 10,000 = 10⁴ 1,000,000 = 10? Write 1,000,000 in exponential form. 1,000,000 = 10⁶

Converting Units 1 km = _____ m 1 kg = _____ g 1 liter = ____ ml Fill in the missing number. 1000 m 1 kg = _____ g 1000 g 1 liter = ____ ml 1000 ml 1 m = _____ cm 100 cm

APPLICATION PROBLEM Mr. Brown wants to withdraw $1,000 from his bank and in ten dollar bills. How many ten dollar bills should he receive? Explain how you arrived at your answer.

Concept Development – Problem 1 Draw a line 2 meters long. 0 m 2 m With your partner, determine how many centimeters equal 2 meters. 2 m = 200 cm How is it that the same line can measure both 2 meters and 200 centimeters? Discuss with a partner how we convert from 2 meters to 200 centimeters. Multiply by 100 Why didn’t the length of our line change? Discuss that with your partner.

Concept Development – Problem 1 Draw a line 2 meters long. 0 m 2 m With your partner, determine how many millimeters equal 2 meters. 2 m = 2000 mm How is it that the same line can measure both 2 meters and 2000 millimeters? Discuss with a partner how we convert from 2 meters to 2000 millimeters. Multiply by 1000 Why didn’t the length of our line change? Discuss that with your partner. Can we represent the conversion from meters to centimeters or meters to millimeters with exponents? Discuss this with your partner.

Concept Development – Problem 1 When we convert from centimeters to meters, we multiplied by 10², while to convert from meters to millimeters we multiplied by 10³. However, if we convert from centimeters to meters we divide by 10² and to convert from millimeters to meters we divide by 10³.

Concept Development – Problem 2 Draw a line 1 meter 37 centimeters long. 0 m 0.5 m 1 m 1 m 37 cm 1.5 m 2 m What fraction of a whole meter is 37 centimeters? 37 hundredths Write 1 and 37 hundredths as a decimal fraction. 1.37 With your partner, determine how many centimeters is equal to 1.37 meters both by looking at your meter strip and line and writing an equation using an exponent. What is the equivalent measure in meters? 137 centimeters Show the conversion using an equation with an exponent. 1.37 meters =1.37 x 10² = 137 centimeters What is the conversion factor? 10² or 100

Concept Development – Problem 2 Convert 1.37 meters to millimeters. Explain how you got your answer. 1.37 meters = 1370 millimeters Convert 2.6 m to centimeters. Explain how you got your answer. 2.6 m = 260 centimeters Convert 12.08 millimeters to meters. 12.08 mm = 0.01208 meters

Concept Development – Problem 3 A cat weighs 4.5 kilograms. Convert its weight to grams. A dog weighs 6700 grams. Convert its weight to kilograms. Work with a partner to find both the cat’s weight in grams and the dog’s weight in kilograms. Explain your reasoning with an equation using an exponent for each problem. 4.5 kg x 10? = ______ g 6700 g ÷ 10? = ______ kg What is the conversion factor for both problems? Now convert 2.75 kg to g and 6007 g to kg. 2.75 kg x 10? = ______ g 6007 g ÷ 10? = ______ kg Let’s relate our meter to millimeter measurements to our kilogram to gram conversions.

Concept Development – Problem 4 The baker uses 0.6 liter of vegetable oil to make brownies. How many millimeters of vegetable oil did he use. 0.6 l x 10³ = 600 ml He is asked to make 100 batches for a customer. How many liters of oil will he need? 0.6 l x 10² = 60 l After gym class, Mei Ling drank 764 milliliters of water. How many liters of water did she drink? 764 ml ÷ 10³ = 0.764 l What do you notice with measurement conversions thus far?

Place Values of Metric Prefixes Thousand Hundred Ten One Tenth Hundredth Thousandth km kg kL hm hg hL dkm dkg dkL m g L dm dg dL cm cg cL mm mg mL

Concept Development – Problem 4 Convert 1,045 ml to liters. 1,045 ml ÷ 10³ = 1.045 l Convert 0.008 liters to milliliters. 0.008 l x 10³ = 8 ml