(a) To find: The area of five 1 × 1 squares.

Question

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Answer 1

Question

Chapter 14.2, Problem 11MC

To determine

(a)

To find:

The area of five 1 × 1 squares.

To determine

(b)

To find:

The perimeter of five 1 × 1 squares.

To determine

(c) (i)

To find:

The minimum number of squares that can be added so that the shape has a perimeter of 18

To determine

(c) (ii)

To find:

The maximum number of squares.

To determine

(c) (iii)

To find:

The maximum area the new shape could have and still have a perimeter of 18.

To determine

(d) (i)

To find:

The minimum number of squares that can be added so that the shape has a perimeter of 18

To determine

(d) (ii)

To find:

The maximum number of squares that can be added.

To determine

(d) (iii)

To find:

The maximum area the new shape could have and still have a perimeter of 18.

To determine

(e)

To explore:

The shapes that are made up of more than five squares.

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Answer 2

Question

Chapter 14.2, Problem 11MC

To determine

(a)

To find:

The area of five 1 × 1 squares.

To determine

(b)

To find:

The perimeter of five 1 × 1 squares.

To determine

(c) (i)

To find:

The minimum number of squares that can be added so that the shape has a perimeter of 18

To determine

(c) (ii)

To find:

The maximum number of squares.

To determine

(c) (iii)

To find:

The maximum area the new shape could have and still have a perimeter of 18.

To determine

(d) (i)

To find:

The minimum number of squares that can be added so that the shape has a perimeter of 18

To determine

(d) (ii)

To find:

The maximum number of squares that can be added.

To determine

(d) (iii)

To find:

The maximum area the new shape could have and still have a perimeter of 18.

To determine

(e)

To explore:

The shapes that are made up of more than five squares.

Expert Solution & Answer

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Answer 3

Question

Chapter 14.2, Problem 11MC

To determine

(a)

To find:

The area of five 1 × 1 squares.

To determine

(b)

To find:

The perimeter of five 1 × 1 squares.

To determine

(c) (i)

To find:

The minimum number of squares that can be added so that the shape has a perimeter of 18

To determine

(c) (ii)

To find:

The maximum number of squares.

To determine

(c) (iii)

To find:

The maximum area the new shape could have and still have a perimeter of 18.

To determine

(d) (i)

To find:

The minimum number of squares that can be added so that the shape has a perimeter of 18

To determine

(d) (ii)

To find:

The maximum number of squares that can be added.

To determine

(d) (iii)

To find:

The maximum area the new shape could have and still have a perimeter of 18.

To determine

(e)

To explore:

The shapes that are made up of more than five squares.

Expert Solution & Answer

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Answer 4

Question

Chapter 14.2, Problem 11MC

To determine

(a)

To find:

The area of five 1 × 1 squares.

To determine

(b)

To find:

The perimeter of five 1 × 1 squares.

To determine

(c) (i)

To find:

The minimum number of squares that can be added so that the shape has a perimeter of 18

To determine

(c) (ii)

To find:

The maximum number of squares.

To determine

(c) (iii)

To find:

The maximum area the new shape could have and still have a perimeter of 18.

To determine

(d) (i)

To find:

The minimum number of squares that can be added so that the shape has a perimeter of 18

To determine

(d) (ii)

To find:

The maximum number of squares that can be added.

To determine

(d) (iii)

To find:

The maximum area the new shape could have and still have a perimeter of 18.

To determine

(e)

To explore:

The shapes that are made up of more than five squares.

Expert Solution & Answer

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Answer 5

Chapter 14.2, Problem 11MC

To determine

(a)

To find:

The area of five 1 × 1 squares.

To determine

(b)

To find:

The perimeter of five 1 × 1 squares.

To determine

(c) (i)

To find:

The minimum number of squares that can be added so that the shape has a perimeter of 18

To determine

(c) (ii)

To find:

The maximum number of squares.

To determine

(c) (iii)

To find:

The maximum area the new shape could have and still have a perimeter of 18.

To determine

(d) (i)

To find:

The minimum number of squares that can be added so that the shape has a perimeter of 18

To determine

(d) (ii)

To find:

The maximum number of squares that can be added.

To determine

(d) (iii)

To find:

The maximum area the new shape could have and still have a perimeter of 18.

To determine

(e)

To explore:

The shapes that are made up of more than five squares.

Answer 6

Chapter 14.2, Problem 11MC

To determine

(a)

To find:

The area of five 1 × 1 squares.

Answer 7

Chapter 14.2, Problem 11MC

To determine

(a)

To find:

The area of five 1 × 1 squares.

Answer 8

To determine

(b)

To find:

The perimeter of five 1 × 1 squares.

Answer 9

To determine

(b)

To find:

The perimeter of five 1 × 1 squares.

Answer 10

To determine

(c) (i)

To find:

The minimum number of squares that can be added so that the shape has a perimeter of 18

Answer 11

To determine

(c) (i)

To find:

The minimum number of squares that can be added so that the shape has a perimeter of 18

Answer 12

To determine

(c) (ii)

To find:

The maximum number of squares.

Answer 13

To determine

(c) (ii)

To find:

The maximum number of squares.

Answer 14

To determine

(c) (iii)

To find:

The maximum area the new shape could have and still have a perimeter of 18.

Answer 15

To determine

(c) (iii)

To find:

The maximum area the new shape could have and still have a perimeter of 18.

Answer 16

To determine

(d) (i)

To find:

The minimum number of squares that can be added so that the shape has a perimeter of 18

Answer 17

To determine

(d) (i)

To find:

The minimum number of squares that can be added so that the shape has a perimeter of 18

Answer 18

To determine

(d) (ii)

To find:

The maximum number of squares that can be added.

Answer 19

To determine

(d) (ii)

To find:

The maximum number of squares that can be added.

Answer 20

To determine

(d) (iii)

To find:

The maximum area the new shape could have and still have a perimeter of 18.

Answer 21

To determine

(d) (iii)

To find:

The maximum area the new shape could have and still have a perimeter of 18.

Answer 22

To determine

(e)

To explore:

The shapes that are made up of more than five squares.

Answer 23

To determine

(e)

To explore:

The shapes that are made up of more than five squares.

Answer 24

Expert Solution & Answer

Answer 25

Expert Solution & Answer

Answer 26

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Answer 27

Ch. 14.1 - In track, the second lane from the inside of the...Ch. 14.1 - Prob. 3MC Ch. 14.1 - Observe that it is possible to build a triangle...Ch. 14.1 - a. Help each person in the group find his or her...Ch. 14.1 - Jerry wants to design a gold chain 60 cm long made...Ch. 14.1 - A student claims that the circumference of a...Ch. 14.1 - A student asks why 227 cannot always be used as...Ch. 14.1 - A Student imagines a wire stretched around Earth....Ch. 14.1 - Which of these units would be the best to use to...Ch. 14.1 - If Freds rope is 12 inches long, about how long is...

(a) To find: The area of five 1 × 1 squares.

Solution Summary: The author explains how to find the perimeter of a given shape.

Videos

(a)

To find:

The area of five 1 × 1 squares.

(b)

To find:

The perimeter of five 1 × 1 squares.

(c) (i)

To find:

The minimum number of squares that can be added so that the shape has a perimeter of 18

(c) (ii)

To find:

The maximum number of squares.

(c) (iii)

To find:

The maximum area the new shape could have and still have a perimeter of 18.

(d) (i)

To find:

The minimum number of squares that can be added so that the shape has a perimeter of 18

(d) (ii)

To find:

The maximum number of squares that can be added.

(d) (iii)

To find:

The maximum area the new shape could have and still have a perimeter of 18.

(e)

To explore:

The shapes that are made up of more than five squares.

Want to see the full answer?

Chapter 14 Solutions

(a) To find: The area of five 1 × 1 squares.

Solution Summary: The author explains how to find the perimeter of a given shape.

Videos

(a) To find: The area of five 1 × 1 squares.

(b) To find: The perimeter of five 1 × 1 squares.

(c) (i) To find: The minimum number of squares that can be added so that the shape has a perimeter of 18

(c) (ii) To find: The maximum number of squares.

(c) (iii) To find: The maximum area the new shape could have and still have a perimeter of 18.

(d) (i) To find: The minimum number of squares that can be added so that the shape has a perimeter of 18

(d) (ii) To find: The maximum number of squares that can be added.

(d) (iii) To find: The maximum area the new shape could have and still have a perimeter of 18.

(e) To explore: The shapes that are made up of more than five squares.

Want to see the full answer?

Chapter 14 Solutions

(a)

To find:

The area of five 1 × 1 squares.

(b)

To find:

The perimeter of five 1 × 1 squares.

(c) (i)

To find:

The minimum number of squares that can be added so that the shape has a perimeter of 18

(c) (ii)

To find:

The maximum number of squares.

(c) (iii)

To find:

The maximum area the new shape could have and still have a perimeter of 18.

(d) (i)

To find:

The minimum number of squares that can be added so that the shape has a perimeter of 18

(d) (ii)

To find:

The maximum number of squares that can be added.

(d) (iii)

To find:

The maximum area the new shape could have and still have a perimeter of 18.

(e)

To explore:

The shapes that are made up of more than five squares.