1-Digit Long Division Worksheets

Are you a teacher or a parent searching for effective and engaging resources to help your students or children master long division? Look no further! Our 1-digit long division worksheets are here to provide a comprehensive and structured approach to learning this important math skill. Designed for elementary school students, these worksheets offer a range of problems that focus on dividing single-digit numbers.

  Long Division with Remainders Worksheets

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  Long Division with Remainders Worksheets

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  2-Digit Long Division Worksheets

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  Long Division Worksheets 1 by 3

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  Long Division Worksheets by 2

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  Two-Digit Division Worksheets

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  2-Digit Divisor Long Division Worksheets

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  One Digit Division Worksheets

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  Long Division Problems with Remainders Worksheets

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  2 by 1 Digit Division Worksheets

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  Double-Digit Division Worksheets

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  Math Division Worksheets 3rd Grade

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  Double-Digit Division Worksheets

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  Free Division with Remainders Worksheets

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What is long division?

Long division is a mathematical method used to divide large numbers or polynomials by a single-digit number or polynomial. It involves a series of steps where the divisor is multiplied by the quotient to obtain a partial result, which is then subtracted from the dividend to find the remainder. This process is repeated until there is no remainder left, resulting in the final quotient.

How many digits are there in the dividend?

The number of digits in the dividend can vary and is dependent on the specific dividend number provided within the context of the division operation or problem.

How many digits are there in the divisor?

The number of digits in the divisor depends on the specific number being used as the divisor. Without knowing the specific divisor, I cannot provide an accurate answer.

What is the quotient?

The quotient is the result of dividing one number by another number in a division operation.

What is the remainder?

The remainder is the amount left over after a division operation, it is the number that is not evenly divisible by the divisor, representing the amount that is left over.

How do you set up the long division problem?

To set up the long division problem, write the dividend (the number being divided) inside the division bracket, and write the divisor (the number you are dividing by) outside the bracket. Begin dividing by the leftmost digit of the dividend, finding how many times the divisor fits into it. Write the quotient above the bracket. Multiply the divisor by the quotient, subtract this result from the current portion of the dividend, and bring down the next digit to continue the process until there are no more digits to bring down.

How do you divide the first digit of the dividend?

To divide the first digit of the dividend, you first divide it by the divisor. If the first digit is smaller than the divisor, you then combine it with the next digit to create a number to divide. The process involves bringing down digits from the dividend one by one until you reach a remainder less than the divisor.

What do you do if the divisor is larger than the remaining digits of the dividend?

If the divisor is larger than the remaining digits of the dividend, you would typically add a zero to the dividend and continue with the division process. This allows you to properly align the divisor with the dividend and accurately perform long division to obtain the quotient.

What do you do with the remainder after each step of division?

After each step of division, you keep the remainder and continue dividing it with the next digit of the divisor until you have no more digits left to divide. The remainder represents the amount that did not divide evenly and is what is left over after completing the division process.

How do you know when you have completed the division process?

You know you have completed the division process when there is no remainder left after dividing the dividend by the divisor. In other words, when you are able to divide the numbers evenly without any fraction or decimal remaining, then the division process is considered complete.