The relationship between the dividend, divisor, quotient, and remainder is defined by the division algorithm:
$ \text{Dividend} = (\text{Divisor} \times \text{Quotient}) + \text{Remainder} $
We are provided with the following information:
Let the unknown divisor be represented by 'D'. Substitute the known values into the division algorithm equation:
$ 12401 = (D \times 76) + 13 $
To find the divisor 'D', we first rearrange the equation to isolate the term containing 'D':
$ 12401 - 13 = D \times 76 $
Simplify the left side:
$ 12388 = D \times 76 $
Now, solve for 'D' by dividing 12388 by 76:
$ D = \frac{12388}{76} $
Performing the division calculation:
$ D = 163 $
The calculated divisor is 163. This result confirms the value needed when 12401 is divided by 163, yielding a quotient of 76 and a remainder of 13.
The remainder in the expression $27\frac{3}{4}$ is:
If the 8-digit number 888x53y4 is divisible by 72, then what is the value of (7x + 2y), for the maximum value of y?
If all positive divisors of 132 are arranged in descending order, then what digit will be at unit place of first divisor ?
If 3 2019 is divided by 10, then what is the remainder?
The number 3798125P369 is divisible by 7. What is the value of the digit P?
Consider all 3-digit numbers (without repetition of digits) obtained using three non-zero digits which are multiples of 3. Let S be their sum.
Which of the following is/are correct?
1. S is always divisible by 74.
2. S is always divisible by 9.
select the correct answer using the code given below: