Long Division: 1000001 ÷ 17

How to divide 1000001 by 17 using long division and find the remainder?

Answer: 1000001 ÷ 17 = 58823 remainder 10
1000001 ÷ 17 = 58823 remainder 10

Visual Long Division

 
 
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This shows the traditional long division layout used in schools, with each step clearly marked.

Step-by-Step Explanation

Here's how to solve 1000001 ÷ 17 using long division method step by step:

Step 1:Take the number 100 and divide by 17. We get 5 (write it in the quotient). Multiply 5 × 17 = 85 (write it below the dividend). Subtract 100 - 85 = 15. The remainder 15 is carried to the next step.
Step 2:Take the number 150 and divide by 17. We get 8 (write it in the quotient). Multiply 8 × 17 = 136 (write it below the dividend). Subtract 150 - 136 = 14. The remainder 14 is carried to the next step.
Step 3:Take the number 140 and divide by 17. We get 8 (write it in the quotient). Multiply 8 × 17 = 136 (write it below the dividend). Subtract 140 - 136 = 4. The remainder 4 is carried to the next step.
Step 4:Take the number 40 and divide by 17. We get 2 (write it in the quotient). Multiply 2 × 17 = 34 (write it below the dividend). Subtract 40 - 34 = 6. The remainder 6 is carried to the next step.
Step 5:Take the number 61 and divide by 17. We get 3 (write it in the quotient). Multiply 3 × 17 = 51 (write it below the dividend). Subtract 61 - 51 = 10. The remainder 10 is carried to the next step.
Final Step:The remainder 10 is smaller than the divisor 17, so the division is complete. The final answer is 58823 with remainder 10.

Division Steps

StepDividend PartQuotient DigitMultiplySubtractRemainder
110055 × 17 = 85100 - 85 = 1515
215088 × 17 = 136150 - 136 = 1414
314088 × 17 = 136140 - 136 = 44
44022 × 17 = 3440 - 34 = 66
56133 × 17 = 5161 - 51 = 1010

Final remainder: 10

Since 10 is less than 17, we cannot divide further. The final answer is 58823 with remainder 10.

About Long Division

Long division is a method for dividing large numbers that breaks down the division process into smaller, manageable steps. It's taught in elementary school as a systematic way to perform division by hand.

The process involves:

  • Dividing the leftmost digits of the dividend by the divisor
  • Writing the quotient digit above the dividend
  • Multiplying the quotient digit by the divisor
  • Subtracting this product from the current dividend portion
  • Bringing down the next digit and repeating the process

This method ensures accuracy and helps students understand the relationship between multiplication and division.

See Also

About "Long Division Calculator" Calculator

Long division calculator with step-by-step explanation. Enter dividend (e.g. '29224' or '58.5') and divisor (e.g. '4' or '1.25') to get detailed solution with visualization.

FAQ

How to divide 1000001 by 17 using long division and find the remainder?

1000001 ÷ 17 = 58823 remainder 10