Complete the remaining columns in the following table. Length Width Height Volume

Given, The number of cubes along length = 4 The number of cubes along breadth = 4 The number of cubes along height = 2 Volume of a cuboid = length × breadth × height Volume of the given cuboid = 4 × 4 × 2 = 32 cube unit So, the complete table is, Length Width Height Volume 4 4 2 32

Complete the remaining columns in the following table. Length Width Height Volume

Given, The number of cubes along length = 4 The number of cubes along breadth = 3 The number of cubes along height = 2 Volume of a cuboid = length × breadth × height Volume of the given cuboid = 4 × 3 × 2 = 24 cube unit So, the complete table is, Length Width Height Volume 4 3 2 24

Complete the remaining columns in the following table. Length Width Height Volume

Given, The number of cubes along length = 4 The number of cubes along breadth = 2 The number of cubes along height = 3 Volume of a cuboid = length × breadth × height Volume of the given cuboid = 4 × 2 × 3 = 24 cube unit So, the complete table is, Length Width Height Volume 4 2 3 24

Complete the remaining columns in the following table. Length Width Height Volume

Given, The number of cubes along length = 5 The number of cubes along breadth = 5 The number of cubes along height = 5 Volume of a cuboid = length × breadth × height Volume of the given cuboid = 5 × 5 × 5 = 125 cube unit So, the complete table is, Length Width Height Volume 5 5 5 125

Complete the remaining columns in the following table. Length Width Height Volume

Given, The number of cubes along length = 5 The number of cubes along breadth = 1 The number of cubes along height = 1 Volume of a cuboid = length × breadth × height Volume of the given cuboid = 5 × 1 × 1 = 5 cube unit So, the complete table is, Length Width Height Volume 5 1 1 5

Complete the remaining columns in the following table. Length Width Height Volume

Given, The number of cubes along length = 3 The number of cubes along breadth = 3 The number of cubes along height = 3 Volume of a cuboid = length × breadth × height Volume of the given cuboid = 3 × 3 × 3 = 27 cube unit So, the complete table is, Length Width Height Volume 3 3 3 27

David Weber, Talei Kunkel, Harriet Simand and, Justin Medved Solutions for Chapter: Perimeter, Area and Volume Environmental Impacts, Exercise 13: Volume of a rectangular prism

Author:David Weber, Talei Kunkel, Harriet Simand & Justin Medved

David Weber Mathematics Solutions for Exercise - David Weber, Talei Kunkel, Harriet Simand and, Justin Medved Solutions for Chapter: Perimeter, Area and Volume Environmental Impacts, Exercise 13: Volume of a rectangular prism

Attempt the practice questions on Chapter 7: Perimeter, Area and Volume Environmental Impacts, Exercise 13: Volume of a rectangular prism with hints and solutions to strengthen your understanding. MYP Mathematics A concept-based approach 1 solutions are prepared by Experienced Embibe Experts.

Questions from David Weber, Talei Kunkel, Harriet Simand and, Justin Medved Solutions for Chapter: Perimeter, Area and Volume Environmental Impacts, Exercise 13: Volume of a rectangular prism with Hints & Solutions

MEDIUM

MYP:1

IMPORTANT

MYP Mathematics A concept-based approach 1>Chapter 7 - Perimeter, Area and Volume Environmental Impacts>Volume of a rectangular prism>Q 2

Complete the remaining columns in the following table.

	Length	Width	Height	Volume

MEDIUM

MYP:1

IMPORTANT

MYP Mathematics A concept-based approach 1>Chapter 7 - Perimeter, Area and Volume Environmental Impacts>Volume of a rectangular prism>Q 2

Complete the remaining columns in the following table.

	Length	Width	Height	Volume

MEDIUM

MYP:1

IMPORTANT

MYP Mathematics A concept-based approach 1>Chapter 7 - Perimeter, Area and Volume Environmental Impacts>Volume of a rectangular prism>Q 2

Complete the remaining columns in the following table.

	Length	Width	Height	Volume

MEDIUM

MYP:1

IMPORTANT

MYP Mathematics A concept-based approach 1>Chapter 7 - Perimeter, Area and Volume Environmental Impacts>Volume of a rectangular prism>Q 2

Complete the remaining columns in the following table.

	Length	Width	Height	Volume

MEDIUM

MYP:1

IMPORTANT

MYP Mathematics A concept-based approach 1>Chapter 7 - Perimeter, Area and Volume Environmental Impacts>Volume of a rectangular prism>Q 2

Complete the remaining columns in the following table.

	Length	Width	Height	Volume

MEDIUM

MYP:1

IMPORTANT

MYP Mathematics A concept-based approach 1>Chapter 7 - Perimeter, Area and Volume Environmental Impacts>Volume of a rectangular prism>Q 2

Complete the remaining columns in the following table.

	Length	Width	Height	Volume

MEDIUM

MYP:1

IMPORTANT

MYP Mathematics A concept-based approach 1>Chapter 7 - Perimeter, Area and Volume Environmental Impacts>Volume of a rectangular prism>Q 3

How could we calculate the volume of rectangular prism without counting individual cubes? Explain.

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MYP:1

IMPORTANT

MYP Mathematics A concept-based approach 1>Chapter 7 - Perimeter, Area and Volume Environmental Impacts>Volume of a rectangular prism>Q 5

Write down a formula to calculate the volume $V$ of a rectangular prism if you know the measure of its length $l,$ width $w$ , and height $h$ .

David Weber, Talei Kunkel, Harriet Simand and, Justin Medved Solutions for Chapter: Perimeter, Area and Volume Environmental Impacts, Exercise 13: Volume of a rectangular prism

David Weber Mathematics Solutions for Exercise - David Weber, Talei Kunkel, Harriet Simand and, Justin Medved Solutions for Chapter: Perimeter, Area and Volume Environmental Impacts, Exercise 13: Volume of a rectangular prism

Questions from David Weber, Talei Kunkel, Harriet Simand and, Justin Medved Solutions for Chapter: Perimeter, Area and Volume Environmental Impacts, Exercise 13: Volume of a rectangular prism with Hints & Solutions

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