you don't have to. you can use decimals.
nope! take the square root of 5, 2.236067978... which is not a whole number! hope this helps!
The atomic masses of most elements are not whole numbers because they take into account the average mass of all the isotopes of that element, which have different masses due to varying numbers of neutrons. This results in a weighted average that is not a whole number.
It is 21/4... You take the whole number, multiply it by the Denominator and add the top number which is the Numerator... and use the current denominator and use it as the improper fractions denominator...
That is done mainly for basic chemistry. The normal practice is to take the weighted average of the various isotopes which, in almost all cases leads to numbers which are not whole.
Assuming you could average one per second without a break, it would take about twelve days.
Take the whole number and place it over one, for example: 34 could be 34/1
Short answer: 105 Explanation: A whole number is one without a decimal. When you're rounding, take a look at the decimal. if the decimal is less than .50, then you round down to the current whole number, in this case 105. If the decimal is .50 or above, you round up to the next number, in this case, 106. Since the decimal is .27 we round down to 105.
No, not all isotopes have whole number atomic masses. Isotopes are variations of an element with different numbers of neutrons, so their atomic masses can differ slightly from whole numbers due to the weighted average of the masses of the isotopes present in a natural sample.
If you have the number 13 the denoninator would be 1. So like 13 over 1
Any number that is not a perfect square.
It simply means to take the number and then take it to the closest whole number, (may be a fraction)
2.5