The difference of two decimals is an integer when the two decimals have the same number of digits after the decimal point, and their fractional parts cancel out perfectly. For example, subtracting 2.50 from 5.50 results in an integer (3.00) because both decimals have two digits after the decimal point. If the decimal parts align such that their difference results in a whole number, the outcome will be an integer.
Generally it is NOT an integer 12.45 - 7.33 = 5.12 5.12 is a decimal NOT an integer.
When the difference of the values to the right of the decimal are the same. Example: 9.2-4.2=5
0.01+8.58
To find two decimals that have a difference of 16.825, you can choose one decimal and add 16.825 to it. For example, if you take 5.000, the other decimal would be 21.825 (5.000 + 16.825 = 21.825). Thus, the two decimals are 5.000 and 21.825.
It is a composite integer number because it has more than two factors and no fractions or decimals attached to it.
Generally it is NOT an integer 12.45 - 7.33 = 5.12 5.12 is a decimal NOT an integer.
When the difference of the values to the right of the decimal are the same. Example: 9.2-4.2=5
When the fractional parts of the two decimals (the bits to the right of the decimal point) are equivalent.
What is the answer write two decimals that have a difference of 16.825
Yes. The square of an integer is just the number times itself. For any two whole numbers that are multiplied, the answer is always an integer (i.e. no decimals).
0.01+8.58
19.3 and 36.125
To find two decimals that have a difference of 16.825, you can choose one decimal and add 16.825 to it. For example, if you take 5.000, the other decimal would be 21.825 (5.000 + 16.825 = 21.825). Thus, the two decimals are 5.000 and 21.825.
Two decimals whose difference is two could be 4.5 and 2.5. The difference between 4.5 and 2.5 is indeed 2. Another pair could be 6.8 and 4.8, as their difference is also 2.
It is a composite integer number because it has more than two factors and no fractions or decimals attached to it.
Yes, by definition, the sum of two integers is always an integer. Likewise, the product and difference of two integers is always an integer.
explain the difference between the two types of feeding?