Mastering 3-Digit by 1-Digit Long Division with Remainders

Mr. W introduces long division, explaining how to divide larger numbers into smaller, equal groups using long division brackets. The lesson covers key vocabulary such as dividend, divisor, and quotient, and outlines the five main steps: divide, multiply, subtract, bring down, and repeat. Two example problems are solved step-by-step, demonstrating the process and handling remainders. The video concludes with encouragement to practice the steps independently.

What is the purpose of long division?

• To find the square root of a number

• To divide larger numbers into smaller, equal groups

• To multiply large numbers

• To add numbers in a complex way

What do we call the number that is being divided?

• Multiplier

• Quotient

• Dividend

• Divisor

What are the five steps mentioned for long division?

• Divide, Multiply, Add, Subtract, Repeat

• Divide, Multiply, Subtract, Bring Down, Repeat

• Add, Subtract, Multiply, Divide, Repeat

• Multiply, Divide, Add, Subtract, Bring Down

How many groups of 5 can you get from 42?

• 7 groups

• 9 groups

• 8 groups

• 10 groups

What step comes after multiplying the divisor by the quotient?

• Bring down the next digit

• Divide again

• Subtract

• Repeat the process

What is the remainder when dividing 426 by 5?

• 0

• 2

• 1

• 3

What is the quotient when dividing 426 by 5?

• 86

• 84

• 85

• 87

What is the importance of the remainder in long division?

• It is added to the quotient

• It shows how many groups are left undivided

• It is used to multiply with the divisor

• It indicates the end of the division process

How many groups of 5 can we get from 12?

• 4 groups

• 1 group

• 3 groups

• 2 groups

What is the final remainder when dividing 625 by 5?

• 2

• 1

• 0

• 3