Exploring 1 Digit Divisor Division Techniques

The video tutorial introduces division, explaining the roles of dividend, divisor, and quotient. It covers different ways to represent division, including fractions and division boxes. The tutorial provides a trick to remember the relationship between fractions and division. It details the long division process using a family analogy: Dad (Divide), Mom (Multiply), Sister (Subtract), Brother (Bring down), and Rover (Repeat or Remainder). Example problems are provided for practice, emphasizing the importance of setting up division problems correctly.

What is the term for the number being divided in a division problem?

• Divisor

• Quotient

• Dividend

• Remainder

Which of the following is NOT a way to represent division?

• As a division box

• Using a division symbol

• As a fraction

• Using a multiplication symbol

In a fraction, which part represents the dividend?

• The whole number

• The numerator

• The fraction bar

• The denominator

What is the trick mentioned to remember the dividend and divisor in a division box?

• Dividend is at the door, divisor is in the bend

• Dividend is at the bottom, divisor is on top

• Dividend is in the bend, divisor is at the door

• Dividend is on top, divisor is at the bottom

What does 'Dad' represent in the long division mnemonic?

• Bring down

• Subtract

• Multiply

• Divide

What is the correct order of steps in the long division process?

• Divide, Subtract, Multiply, Bring down

• Multiply, Divide, Subtract, Bring down

• Divide, Multiply, Subtract, Bring down

• Subtract, Divide, Multiply, Bring down

What is the purpose of the 'Brother' step in the long division process?

• Divide

• Multiply

• Subtract

• Bring down

In the example given, what is the quotient of 27 divided by 9?

• 5

• 4

• 3

• 2

In the long division example, what is the remainder when 21 is divided by 3?

• 2

• 1

• 3

• 0

What should you do if the divisor does not go into the first digit of the dividend?

• Change the divisor

• Skip the digit

• Start over

• Put a zero or an X above the digit