You cannot write the quotient itself as an equation, but you can express a division operation and use an equation to express that the result of this operation (the quotient) is a specific value. For example, 16/8 =2.
555 / 12: quotient = 46, remainder = 3
You can use the equation: quotient x divisor = dividend In case there is a remainder, the formula is: quitient x divisor + remainder = dividend
Change 6/5 to a mixed number.1. Divide the numerator by the denominator: 6 ÷ 5 = (quotient) 1 (remainder) 12. Write the mixed number: (quotient) 1 1/5 (remainder/divisor)Change 18/7 to a mixed number.1. Divide the numerator by the denominator: 18 ÷ 7 = (quotient) 2 (remainder) 42. Write the mixed number: (quotient) 2 4/7 (remainder/divisor)
The remainder of the quotient of 421 and 6 is 1.
Quotient 0, remainder 805. Note that you will always get this pattern when you divide a smaller number by a larger one - i.e., the quotient will be zero, and the remainder will be the dividend.
555 / 12: quotient = 46, remainder = 3
You can use the equation: quotient x divisor = dividend In case there is a remainder, the formula is: quitient x divisor + remainder = dividend
The answer is the remainder has a quotient of 14
Next to the quotient, write R(x). Let x be the remainder number.
Remainder 8, quotient 0.
The answer is 123 4/12 or
Change 6/5 to a mixed number.1. Divide the numerator by the denominator: 6 ÷ 5 = (quotient) 1 (remainder) 12. Write the mixed number: (quotient) 1 1/5 (remainder/divisor)Change 18/7 to a mixed number.1. Divide the numerator by the denominator: 18 ÷ 7 = (quotient) 2 (remainder) 42. Write the mixed number: (quotient) 2 4/7 (remainder/divisor)
The remainder of the quotient of 421 and 6 is 1.
Since binary is about 2 digits do the calculatio asmentioned below: We have 146,right.... 1.)Divide it with 2 so is there any remainder ,no, so 0,quotient is 71 2.)Now divide the quotient with 2, now remainder is 1, quotient is,35 3.) Again repeat the same procedure, now remainder is 1, quotient is 17 4.) same process continues,remainder now 1, quotient is 8, 5.)Same, remainder is 0,quotient is 4 6.)Same, remainder is 0,quotient is 2 7.)Same, remainder is 0,quotient is 1 8.)Same, remainder is 1,quotient is 0. Now atlast consider all the remainders from bottom... You will get 10001110 is your answer in binary.
Quotient 0, remainder 805. Note that you will always get this pattern when you divide a smaller number by a larger one - i.e., the quotient will be zero, and the remainder will be the dividend.
11 / 305: quotient = 0, remainder = 11
84.5