Long Division Calculator
Perform long division with step-by-step working. See quotient, remainder, decimal result, and each division step explained clearly.
β Long Division Calculator
Result
Long Division Steps
π‘ How to Perform Long Division β Step by Step
Long division is a method for dividing large numbers by breaking the problem into a series of easier steps. The algorithm works digit by digit: bring down the next digit of the dividend, determine how many times the divisor fits into the current number, record the quotient digit, subtract the product, and repeat until all digits have been processed.
The result of long division has two parts: the quotient (how many times the divisor fits into the dividend evenly) and the remainder (what is left over). For example, 1234 Γ· 56 = 22 remainder 2, because 56 Γ 22 = 1232, and 1234 β 1232 = 2. The decimal result is 1234/56 = 22.0357...
Long division is one of the fundamental arithmetic algorithms taught in elementary school, but it remains important in higher mathematics: polynomial long division in algebra, the Euclidean algorithm for GCD, and converting fractions to repeating decimals all rely on the same process. Our calculator shows every 'bring down' step so you can follow the method clearly.
Where:
- Dividend = The number being divided
- Divisor = The number dividing into the dividend
- Quotient = The integer result of the division
- Remainder = What is left over (0 β€ R < Divisor)
π Worked Example
1234 Γ· 56
56 Γ 22 + 2= Quotient = 22, Remainder = 2
Check:
56 Γ 22 + 2 = 1232 + 2= = 1234 β