162/2, 242/3, and, in general, (80*n + 2)/n for any integer n > 1.
162/2, 242/3, and, in general, (80*n + 2)/n for any integer n > 1.
162/2, 242/3, and, in general, (80*n + 2)/n for any integer n > 1.
162/2, 242/3, and, in general, (80*n + 2)/n for any integer n > 1.
162/2, 242/3, and, in general, (80*n + 2)/n for any integer n > 1.
Long division vocab.: the dividend is divided by the divisor. The remainder is what's left over after the problem is solved. The quotient is the answer! Hope that helps! :-)
If it's long division then it is because the quotient will become a decimal number after its decimal point
How to solve long division problem:When dividing two numbers, the dividend and divisor; the answer is the quotient.Make note of where decimal points is in the dividend and divisor.Simplify the long division problem by moving the decimals of the divisor and dividend by the same number of decimal places.Keep the numbers lined up straight from top to bottom.After each step, be sure the remainder for that step is less than the divisor. If it is not, there is a problem - check your math.In the end, any left over is called the remainder
dividend ÷ divisor = quotient The dividend is 4137, but there is no divisor in the question, so no quotient (answer) is possible. Also, it is difficult to show long division on Answer.
You don't!
You do not invert it. However, you can convert the remainder to a decimal by carrying out a long division of the remainder divided by the original divisor. For example, 13/3 = 4r1 Then, long division of the remainder (=1) by the divisor (=3) gives 0.33.... which is the converted remainder. The full quotient, in decimal form is 4.33...
143
Multiply the answer (quotient) by the divisor. You should get the dividend.
107.8571
It is 0, remainder 3.
154 ÷ 4 = 38 with remainder 2
162