Assuming by "decimals" you mean a number which has digits after a decimal point, then there is no remainder. You can append lots of zeros after the digits after the decimal point without changing the value of the number, and so you can continue the division after the non-zero decimal digits have been used up.
eg 12.3 ÷ 2 gets to 6.1 and you think you have a remainder of 1, but you can append a zero to the 12.3 to get 12.30 without changing its value and now the division can continue to get: 12.30 ÷ 2 = 6.15
If the division does not terminate but ends with one or more digits repeating you can either indicate the repeating digit(s) by a dot over the first and last repeating digits (or over the digit if it is a single repeating digit), or round the answer to an appropriate number of decimal places - the question may tell you which to do.
Yes.
Try dividing it! If you get a whole number (when dividing with a calculator), or no remainder (if using long division), it is divisible. Otherwise it isn't.
Odd numbers are the numbers that are not divisible by two. In other words, if you do an integer division, dividing any odd number by two, you get a remainder of one.
You know when you have a remainder once you have divided and all of the spots above the number being divided (the answer) have numbers. If you don't have zero by then, that last number is the remainder. If you want to figure it out without dividing, check a prime numbers chart.
Decimals are numbers.
in dividing decimals you never get a remainder and in dividing whole numbers you do. +++ More to the point perhaps, you are working in powers of 10 all the time.
If you are making use of long division method, the process of dividing a whole number is actually a subset of the process of dividing the decimals. While dividing both you may get a quotient with decimal places. Some exceptions to this do exist in case of whole numbers. Like when you are dividing 100 by 2, the quotient 50 has no decimal places.
Yes.
In that you carry out exactly the same steps - AND you must determine the correct position of the decimal point.
If you can divide a number by three without a remainder, the number is said to be divisible by 3.
The numbers left over from dividing a number are called the "remainder".
The Arithmetic Mean is the standard average, achieved by adding the numbers in a set and dividing by the number of numbers in the set. (31 + 25 + 38 + 12 + 15) / 5 = 121/5 = 24.2 Any of the numbers you are finding the mean of can be decimal numbers as well. in other words just add the remainder as a decimal btw tyvm whoevr made this
Try dividing it! If you get a whole number (when dividing with a calculator), or no remainder (if using long division), it is divisible. Otherwise it isn't.
The fundamental operations on whole numbers and decimals are addition, subtraction, division, and multiplication. However, multiplying and dividing decimals is a bit more complicated because you have to count decimal points to get an accurate answer.
Yes they are. Any number that leaves a remainder when dividing by 2 is an odd number.
Odd numbers are the numbers that are not divisible by two. In other words, if you do an integer division, dividing any odd number by two, you get a remainder of one.
Decimals are numbers.