Find the product using expanded notation. 734 × 2

Given, 734 × 2 In Maths, the basic explanation of multiplication is adding a number with respect to another number, repeatedly. We can write it in expanded form as 734 = 700 + 30 + 4 Now, 734 × 2 = 700 × 2 + 30 × 2 + 4 × 2 = 1400 + 60 + 8 = 1468 So, 734 × 2 = 1468 Therefore, the product is 1468 .

Find the product using expanded notation. 217 × 8

Given, 217 × 8 In Maths, the basic explanation of multiplication is adding a number with respect to another number, repeatedly. We can write it in expanded form as 217 = 200 + 10 + 7 Now, 217 × 8 = 200 × 8 + 10 × 8 + 7 × 8 = 1600 + 80 + 56 = 1736 So, 217 × 8 = 1736 Therefore, the product is 1736 .

Find the product using expanded notation. 806 × 4

Given, 806 × 4 In Maths, the basic explanation of multiplication is adding a number with respect to another number, repeatedly. We can write it in expanded form as 806 = 800 + 0 + 6 Now, 806 × 4 = 800 × 4 + 0 × 4 + 6 × 4 = 3200 + 0 + 24 = 3224 So, 806 × 4 = 3224 Therefore, the product is 3224 .

Find the product of the given number 710 × 9 using expanded notation.

Given, 710 × 9 In Maths, the basic explanation of multiplication is adding a number with respect to another number, repeatedly. We can write it in expanded form as 710 = 700 + 10 + 0 Now, 710 × 9 = 700 × 9 + 10 × 9 + 0 × 9 = 6300 + 90 + 0 = 6390 So, 710 × 9 = 6390 Therefore, the product is 6390 .

Find the product using expanded notation 350 × 6 .

Given, 350 × 6 In Maths, the basic explanation of multiplication is adding a number with respect to another number, repeatedly. We can write it in expanded form as 350 = 300 + 50 + 0 Now, 350 × 6 = 300 × 6 + 50 × 6 + 0 × 6 = 1800 + 300 + 0 = 2100 So, 350 × 6 = 2100 Therefore, the product is 2100 .

Find the product using expanded notation. 376 × 3

Given, 376 × 3 In Maths, the basic explanation of multiplication is adding a number with respect to another number, repeatedly. We can write it in expanded form as 376 = 300 + 70 + 6 Now, 376 × 3 = 300 × 3 + 70 × 3 + 6 × 3 = 900 + 210 + 18 = 1128 So, 376 × 3 = 1128 Therefore, the product is 1128 .

Find the product using expanded notation. 507 × 7

Given, 507 × 7 In Maths, the basic explanation of multiplication is adding a number with respect to another number, repeatedly. We can write it in expanded form as 507 = 500 + 0 + 7 Now, 507 × 7 = 500 × 7 + 0 × 7 + 7 × 7 = 3500 + 0 + 49 = 3549 So, 507 × 7 = 3549 Therefore, the product is 3549 .

Find the product using expanded notation. 229 × 8

Given, 229 × 8 In Maths, the basic explanation of multiplication is adding a number with respect to another number, repeatedly. We can write it in expanded form as 229 = 200 + 20 + 9 Now, 229 × 8 = 200 × 8 + 20 × 8 + 9 × 8 = 1600 + 160 + 72 = 1832 So, 229 × 8 = 1832 Therefore, the product is 1832 .

E M B I B E

DISCOVERING MATHEMATICS BOOK 4>Chapter 4 - Multiplication>Looking Back

Aashalata Badami Solutions for Chapter: Multiplication, Exercise 1: Looking Back

Author:Aashalata Badami

Aashalata Badami Mathematics Solutions for Exercise - Aashalata Badami Solutions for Chapter: Multiplication, Exercise 1: Looking Back

Attempt the free practice questions on Chapter 4: Multiplication, Exercise 1: Looking Back with hints and solutions to strengthen your understanding. DISCOVERING MATHEMATICS BOOK 4 solutions are prepared by Experienced Embibe Experts.