Long Division with Remainder (Part 2)

The video tutorial explains how to perform long division with a remainder using the example of 583 divided by 5. It introduces the concept of remainders when the dividend is not a multiple of the divisor. The tutorial walks through the DMSB (Divide, Multiply, Subtract, Bring down) method for each digit of the dividend, demonstrating how to handle remainders and include them in the final answer. The lesson concludes with a summary of the division process and emphasizes the importance of understanding remainders in division problems.

Why does dividing 583 by 5 result in a remainder?

• Because 583 is an even number.

• Because 583 is not a multiple of 5.

• Because 5 is larger than 583.

• Because 583 is a prime number.

What is the first step in the DMSB process for long division?

• Bring down

• Divide

• Multiply

• Subtract

After dividing the first digit, what is the next step in the DMSB process?

• Bring down the next digit

• Divide again

• Subtract

• Multiply

When dividing 8 by 5, how many times does 5 fit into 8?

• Zero times

• Three times

• One time

• Two times

What do you do after bringing down the last digit in the dividend?

• Start the DMSB process again

• Subtract the digits

• Add the digits

• Multiply the digits

What is the remainder when 583 is divided by 5?

• 3

• 0

• 1

• 5

How is the final answer of a division with a remainder written?

• Remainder followed by 'r' and the quotient

• Quotient followed by 'r' and the remainder

• Remainder followed by the quotient

• Quotient followed by the remainder