In the case of positive numbers, when the decimal parts are the same, e.g., 4.71 - 1.71.
What is the answer write two decimals that have a difference of 16.825
When the fractional parts, if any, of the two decimal numbers sum to 1.
they aren't that different but the whole number needs to be converted for them to be the same
This will happen if the fractional parts of the numbers sum to 1.
True.
The sum of two decimals equals a whole number when the total number of decimal places in both decimals is the same or when one decimal has a sufficient number of trailing zeros to make the total a whole number. For the difference of two decimals to equal a whole number, the two decimals must differ such that their decimal parts cancel each other out, resulting in an integer. In both cases, the key is ensuring that the decimal portions align appropriately.
When their fractional parts are equal.
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.
There is almost no difference. The only difference is placing the decimal point.
There is no difference in the procedure.
What is the answer write two decimals that have a difference of 16.825
When the fractional parts, if any, of the two decimal numbers sum to 1.
yes
Yes, the difference of two whole numbers is always a whole number.
they aren't that different but the whole number needs to be converted for them to be the same
Well, it certainly isn't a whole number. You have to specify according to what rule you want to get a whole number. Two common rules are: (a) Truncating; get the whole part (in this case 12), and discard the decimals. (b) Round to the nearest whole number; in this case the result would be 13.Well, it certainly isn't a whole number. You have to specify according to what rule you want to get a whole number. Two common rules are: (a) Truncating; get the whole part (in this case 12), and discard the decimals. (b) Round to the nearest whole number; in this case the result would be 13.Well, it certainly isn't a whole number. You have to specify according to what rule you want to get a whole number. Two common rules are: (a) Truncating; get the whole part (in this case 12), and discard the decimals. (b) Round to the nearest whole number; in this case the result would be 13.Well, it certainly isn't a whole number. You have to specify according to what rule you want to get a whole number. Two common rules are: (a) Truncating; get the whole part (in this case 12), and discard the decimals. (b) Round to the nearest whole number; in this case the result would be 13.
This will happen if the fractional parts of the numbers sum to 1.