Just question A 2.1Mid-Chapter Review1. Describe the figures that make up eachcomposite figure. Then determine the areaof each composite figure.a)b)17 cm2 in.30 cm4 in."55 cm4 mHome+12 ft.1.9 mi2. A winter cover will be made for thisswimming pool. The cover must extend1 foot beyond the edges along theperimeter.1 m2.2Quib) The material for the$2.50 per square metrsquare metres are neemuch will they cost?3. Quarters are packaged inquarter has a diameter o1.5 mm thick. Determin-surface area of a roll of q4. Describe the simple obje-this object. Then determiand surface area.15 in.40 in.505. Max needs to make 3 copishown in question 4 from2 m³ of cement. Will this bJustify your answer.1 m 39.37 inches6. Determine the volume andthis sunglasses case.

Answered: Image /qna-images/answer/f767c8d1-a8bb-468c-b49a-bb0fe780cd0d.jpg

2.1 Mid-Chapter Review 1. Describe the figures that make up each composite figure. Then determine the area of each composite figure. a) b) c) 17 cm + 2 in. #4 in. 30 cm Home 55 cm 4 m 1.9 mi 1 m 2. A winter cover will be made for this swimming pool. The cover must extend 1 foot beyond the edges along the perimeter. 2.2 Quit b) The material fo $2.50 per squar. square metres a much will they 3. Quarters are packa. quarter has a diam 1.5 mm thick. Dete surface area of a ro 4. Describe the simple this object. Then de and surface area. 15 in. 40 in. 5. Max needs to make 3 shown in question 4 2 m³ of cement. Will Justify your answer. 1 m 39.37 inches

2.1 Mid-Chapter Review 1. Describe the figures that make up each composite figure. Then determine the area of each composite figure. a) b) c) 17 cm + 2 in. #4 in. 30 cm Home 55 cm 4 m 1.9 mi 1 m 2. A winter cover will be made for this swimming pool. The cover must extend 1 foot beyond the edges along the perimeter. 2.2 Quit b) The material fo $2.50 per squar. square metres a much will they 3. Quarters are packa. quarter has a diam 1.5 mm thick. Dete surface area of a ro 4. Describe the simple this object. Then de and surface area. 15 in. 40 in. 5. Max needs to make 3 shown in question 4 2 m³ of cement. Will Justify your answer. 1 m 39.37 inches

Mathematics For Machine Technology

8th Edition

ISBN:9781337798310

Author:Peterson, John.

Publisher:Peterson, John.

Chapter68: Basic Calculations Of Angles And Sides Of Right Triangles

Section: Chapter Questions

Problem 6A

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