Measurement GLE # 18 The arrow points to a measurement of

Slides:



Advertisements
Similar presentations
Working with Shapes in Two Dimensions
Advertisements

12 in = 1 ft 5,280 ft = 1 mi 36 in = 1 yd 1 yd = 3 ft 1 mi = 1,760 yd
EXAMPLE 1 Finding Perimeter and Area SOLUTION Find the perimeter. P = 2l + 2w Write formula. = 2 ( 8 ) + 2( 5 ) Substitute. = 26 Multiply, then add. Find.
Copyright©amberpasillas2010. Remove all other thoughts from your mind. Pay close attention. Try all the examples. Ignore all other distractions.
1 Lesson Areas of Polygons. 2 Lesson Areas of Polygons California Standard: Measurement and Geometry 1.2 Use formulas routinely for finding.
Review: Area and Perimeter. Definitions 1. What is a polygon? 2. What does perimeter mean? 3. What does area mean?
Polygons, Circles, and Solids
Copyright©amberpasillas2010. Perimeter – (P) (P) The distance around a figure. 10 ft. 6 ft ft.
Warm Up Problem of the Day Lesson Presentation Lesson Quizzes.
Area of Irregular Figures
Section 9-4 Perimeter, Area, and Circumference.
Area & Conversions Here’s a chance to fix your mistakes from the test…
Bell Work Find the area of each figure. 5 in 9 in 13 in 6 in 16 in 22 in 10 in A = (13 + 9) 5 A = 11 5 A = (22) 5 A = 55 in² A = ( ) 10 A =
Measurement & Geometry Math Quiz Practice Quiz Standard Quiz Challenge Quiz.
Area & Perimeter Perimeter The distance around a shape – The sum of the lengths of all the sides in a shape – Measured in units of length i.e. Feet,
Area.
Measurement Vocab 1 Formulas Perimeter Area Vocab 2 Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400 Q $500 Final Jeopardy.
Rectangle The area of a rectangle is by multiplying length and height. The perimeter of a rectangle is the distance around the outside of the rectangle.
Math Homework No Homework Individuals: Clear your desk! Wednesday, April 1 st.
Warm Up Find the area of each figure.
The area of a rectangle equals its length times the width (base times the height). A = length x width = lw or A = base x height = bh Area of a Rectangle.
Math Terms. Digit A number Compare To see how things are alike or different -
Perimeter Of Shapes. 8cm 2cm 5cm 3cm A1 A2 16m 12m 10m 12cm 7cm.
10-3 Area of Composite Figures Warm Up Warm Up Lesson Presentation Lesson Presentation Problem of the Day Problem of the Day Lesson Quizzes Lesson Quizzes.
Perimeter & Area 5.1. Define perimeter and area. Find the perimeter of a figure. Use two methods to find the area of compound figures. Apply the area.
Changing Dimensions What’s the effect on Perimeter and Area??
Lesson 7-1 Area of Parallelograms, Triangles, and Trapezoids.
Perimeter - the distance around a figure 6 cm 4 cm You can find the perimeter of any polygon by adding the lengths of all its sides. 4 cm + 4 cm + 6 cm.
Area of a Rectangle A=LW Length times Width Length width = 20 cm =12 cm A=20 12 A=240 cm 2.
Area of Quadrilateral.
AREA Remember: The perimeter of a shape is a measure of distance around the outside. The area of a shape is a measure of the surface/space contained.
WARM UP 11/30/15 Write down one fun thing that you did over Thanksgiving Weekend; turn to a neighbor and share 1.
9-6 Area of Irregular Figures Warm Up Find the area of the following figures. 1. A triangle with a base of 12.4 m and a height of 5 m 2. A parallelogram.
M5 Converting Measures. Customary Metric Inches (in) Feet (ft) Yards (yd) Miles (mi) Millimeters (mm) Centimeters (cm) Meters (m) Kilometers (km) Length.
Break into Simpler Parts
square rectangle parallelogram trapezoid triangle.
Back to menu Final jeopardy question Definitions The Round Let’s Cover Fill It The Whole Up It Up Thing
Perimeter, Circumference and Area. Perimeter and Circumference Perimeter : The distance around a geometric figure. Circumference: The distance around.
GeometryPatterns PerimeterAreaVolume Classify the angle above. How many degrees does it measure? Diameter.
Geometry – Triangles and Trapezoids.  All Triangles are related to rectangles or parallelograms : Each rectangle or parallelogram is made up of two triangles!
9.1 PERIMETER AND AREA OF PARALLELOGRAMS Objective: Students find the perimeter and area of parallelograms.
Rectangles, Parallelograms and Squares Area and Perimeter.
Course Area of Composite Figures 10-3 Area of Composite Figures Course 1 Warm Up Warm Up Lesson Presentation Lesson Presentation Problem of the.
8th Grade Math Unit 8 Review
Area of a Rectangle & Square
Perimeter, Area, and Circumference
Objective: Learn to find the perimeter and area
Area of Composite Figures
Area of 2-Dimensional Figures
Finding Perimeter and Area
1-8: Perimeter, Circumference, and Area
ESSENTIAL QUESTION: How do you find the area of parallelograms?
4.7 Ratios, Proportions, & Converting Units of Measure
Warm Up Problem of the Day Lesson Presentation Lesson Quizzes.
Perimeter and Area of Parallelograms
LESSON 31 Areas of Rectangles.
UNIT 8: 2-D MEASUREMENTS PERIMETER AREA SQUARE RECTANGLE PARALLELOGRAM
Warm Up Problem of the Day Lesson Presentation Lesson Quizzes.
Area of Irregular Figures
GEOMETRY and MEASUREMENT
Composite Figures.
Quadrilaterals II Geometry – Unit 6.
Warm Up Problem of the Day Lesson Presentation Lesson Quizzes.
Warm Up Problem of the Day Lesson Presentation Lesson Quizzes.
Area Formula of a Square?
CAHSEE PREP. Week 3 Measurement and Geometry Valley OFL Prep Sessions.
Objective: Learn to find the perimeter and area
Warm Up Problem of the Day Lesson Presentation Lesson Quizzes.
Wreck Tangles Squares Parallel O’grams Try Angles Trap a Zoid 1 pt
Warm Up Problem of the Day Lesson Presentation Lesson Quizzes.
Presentation transcript:

Measurement GLE # 18 The arrow points to a measurement of A. 1 ¾ inches B. 1 ⅞ inches C. Inches D. inches C is the correct answer.

Measurement GLE # 18 The arrow points to a measurement of A. 1.1 inches B. 1 ⅛ inches C. 1 2 inches 16 D. 1 1 inches The correct answer is D.

Measurement GLE # 18 The arrow points to a measurement of A. 5. 8 mm B. 58 mm C. 5.5 cm D. 6.0 cm The answer is B 58 mm. It cannot be A because the unit of measure is incorrect. Both C and D have the wrong measurement.

Measurement GLE # 18 The arrow points to a measurement of A. 7.5 cm B. 75 mm C. 7.3 mm D. 73mm The answer is D, 73 mm.

Measurement GLE # 19 Find the perimeter of the isosceles triangle shown. Solution: The triangle is isosceles, so the length of BC is equal to 3 inches. P = 3 in. + 3 in. + 4 in. P = 10 in. The perimeter of the triangle is 10 inches.

Measurement GLE # 19 Find the perimeter of the triangle shown above. A. 35 feet B. 46 feet C. 48 feet D. 56 feet Solution: P = 17 feet + 10 feet + 21 feet P = 48 feet The correct answer is C.

Measurement GLE # 19 Find the perimeter of the parallelogram shown above. A. 18 inches B. 23 inches C. 30 inches D. 38 inches Solution: P = 5 inches + 10 inches + 5 inches + 10 inches P = 30 inches The correct answer is C

Measurement GLE # 19 Find the perimeter of the trapezoid shown above A. 14 inches B. 16 inches C. 28 inches D. 32 inches Solution: P = 4 inches + 5 inches + 4 inches + 3 inches P = 16 inches The correct answer is 16 inches

Measurement GLE # 19 Solution: A = height x ( Sum of the two bases ) 2 A = 7 ft x ( 4 ft + 8 ft ) A = 7 ft x 6 ft A = 42 ft The area of the trapezoid is 42 square ft.

Measurement GLE # 19 Find the area of the parallelogram shown above when a is equal to 5 inches, b is equal to 6 inches, and h is equal to 4 inches. Solution: Area = base x height A = 6 inches x 4 inches A = 24 inches The area of the parallelogram is 24 square inches.

Measurement GLE # 19 Find the area of the triangle shown below. Solution: The area of a triangle is one half its base times its height. A = ½ bh A = ½ ( 12 m x 15 m) A = ½ 180 meters squared A = 90 meters squared Find the area of the triangle shown below. The area of the triangle is 90 meters squared.

Measurement GLE # 20 A car moving at a uniform speed travels 32 miles in 0.5 hours. What is the speed of the car? Express your answer in miles per hour. Solution: Speed = Distance ÷ time S = 32 miles ÷ 0.5 hours S = 64 miles per hour The speed of the car is 64 mph

Measurement GLE # 20 How many gallons of gasoline would be needed to drive 893 miles in a car that averages 19 miles per gallon? A. 27 gallons B. 38 gallons C. 46 gallons D. 47 gallons Solution: 893 miles ÷ 19 gallons = 47 mpg

Measurement GLE # 20 Eric uses 7 gallons of gas to drive 196 miles. How many miles can he drive using 1 gallon of gas? A. 14 B. 30 C. 22 D. 28 Solution: 196 miles ÷ 7 gallons = 28 mpg The answer is D. Eric can drive 28 miles using 1 gallon of gas.

Measurement GLE # 20 Which is the best buy: $4.00 for a 16-ounce box of cereal, $4.50 for an 18-ounce box of cereal, or $5.39 for a 22-ounce box of cereal?   A. 18-ounce box B. 16-ounce box   C. There is no best buy because they all have the same unit price. D. 22-ounce box Solution: Determine the unit price for each box of cereal. $4.00 ÷ 16 oz = $0.25/oz $4.50 ÷ 18 oz = $0.25/oz $5.39 ÷ 22 oz = $0.25/oz. The answer is C. There is no best buy because they all have the same unit price.

Measurement GLE # 21 The most reasonable estimate for the length of a family car is A. 80 in. B. 8 ft. C. 80 ft. D. 8 yd. Solution: Eliminate A because inches is too small of a unit for measuring something as large as a car. Eliminate D because yards is too big of a unit to measure a car. Eliminate C because 80 is too large a measure for a car, 80 ft would be over 25 yards. The correct choice is B.

Measurement GLE # 21 The capacity of a large soup pot is most likely A. 4 cups B. 4 pints C. 4 quarts D. 4 gallons Solution: Eliminate both A and B because the measurements are in small units. The answer is d because gallons are larger than quarts.

Measurement GLE # 22 What is the perimeter of an equilateral triangle with a side of 5 cm? A. 15 cm B. 10 cm C. 20 cm D. 17 cm Solution: Remember that in an equilateral triangle all sides are equal. If one side is 5 cm, all of the sides are 5 cm. Add up the three sides. 5 cm + 5 cm + 5 cm = 15 cm The correct choice is A.

Measurement GLE # 22 A square garden has a side of 22 meters. How many meters of fence are needed to enclose the garden? Solution: A square has 4 equal sides. Find the perimeter by multiplying the length of 1 side by 4 or find the perimeter by adding up the length of the 4 sides. 4 x 22 = 88 meters Or 22 + 22 + 22 + 22 = 88 meters

Measurement GLE # 22 The perimeter of the purple figure is A. 12 units B. 24 units C. 48 units D. 144 units The correct answer is C. The purple figure covers 12 units on each side. Perimeter is 12 + 12 + 12 + 12 = 48 units.

Measurement GLE # 22 The area taken up by the green figure is A. 11 square units B. 22 square units C. 33 square units D. 66 square units The correct answer is D.

Measurement GLE # 22 Which is the best estimate of the perimeter of the pentagon? A. 12 cm B. 24 cm C. 48 cm D. 60 cm The correct answer is D. Round the measurement to 12. Assume each side is equal. 5 x 12 = 60

Measurement GLE # 22 What is the best estimate of the area of this shape? Count all the squares that are either completely inside the shape or more than half inside the shape as 1 and count those less than half inside the shape as 0. The total is then an estimate of the are of the shape. In this case the area is approximately 34 cm2.

Measurement GLE # 22 The perimeter of this shape is: A. 35 cm B. 50 cm C. 52 cm D. 66 cm The correct answer is D. The base of the figure is 7 cm + 12 cm = 19 cm. The left side of the figure is 6 cm + 8 cm = 14 cm. Add all the sides to get the perimeter.

Measurement GLE # 22 Find the area of the figure. Assume that all angles are right angles. Solution: Divide the figure into polygons that do not overlap. Find the area of each polygon, then add. 4 in 20 in. 10 in. 6 in 14 in 5 in 4 in 14 in. 10 in. 6 in 14 in 5 in II I A (I) = lw = 10 x 6 60 in2 A (II) = lw = 14 x 4 56 in2 Add 60 + 56 = 116 in2 The area of the figure is 116 in 2

Measurement GLE # 23 A large window has a length of 8 feet and a width of 6 feet. Approximately, how much fabric will be needed to make curtains for the window? Solution: Find the area of the window. 8 ft x 6 ft = 48 ft2 482 ft of fabric will be needed to make curtains for the window

Measurement GLE # 21, 23 The best estimate for the area of a math book cover is A. 93 mm2 B. 93 cm C. 93 inches squared D. 93 square feet Eliminate A because the unit of measure is too small. Eliminate B because the unit of measure is not a unit used for area (needs to be squared). Eliminate D because the unit of measure is too large. The correct choice is C.