The expression (4 \times 10^x) will have (x) zeros in the simplified form, as (10^x) represents the number 1 followed by (x) zeros. Therefore, if (x) is any whole number, the total number of zeros in the expression (4 \times 10^x) will be equal to (x). For example, if (x = 2), the expression simplifies to 400, which has 2 zeros.
Because the equivalent rational expression is 55847/1000 which cannot be simplified so that the denominator is 1.
Whole numbers can't be simplified.
15 can't be further simplified. No integer (whole number) can.
both!
No, a negative number cannot be simplified because it is a whole number. Therefore, you can only multiply, divide, subtract, and add it.
Because the equivalent rational expression is 55847/1000 which cannot be simplified so that the denominator is 1.
Whole numbers can't be simplified.
This algebraic expression cannot be factored further into whole numbers, and it's too simple to be simplified.
15 can't be further simplified. No integer (whole number) can.
It's already simplified but it can be rounded to 49 as a whole number
both!
A whole number has a rational form which can be simplified so that the denominator is 1.
.085 is a decimal number equivalent to a fraction. The expression 'whole numbers' refers to positive integers including zero :- 0,1,2,3,4, and so on. .085 can be expressed as a fraction 85/1000 which can be simplified to 17/200
You cannot. Mixed number and whole numbers form disjoint sets.
no 31 over 40 cannot be simplified. it can't be simplified because when you divide 40 by 31 you get 1.290322581. as you can see: not a whole number. to know if any fraction can be simplified when you divide them (denomiantor or bottom number first) the outcome must be a whole number.
A whole number is in its simplest form: it cannot be simplified further.
No, a negative number cannot be simplified because it is a whole number. Therefore, you can only multiply, divide, subtract, and add it.