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No, an integer is a WHOLE number
No, 1/2 is not an integer. Integers are the natural numbers (1,2,3,4,...) together with their negatives and zero. Then integers (Z) can be denoted as Z = {...,-3,-2,-1,0,1,2,3,...}.1 over 2 (1/2) is not an integer. Integers are numbers like 1,2,3,4, and -17. Integers do not include fractions.
Any whole number can be converted to a fraction by putting it over 1.
No. To be a rational number it must be an integer over another integer. π is not an integer, nor can it be made into an integer by multiplying it by another integer, thus one twelfth of π is not a rational number.
Any number that is presented as an integer "over" (aka divided by) an integer is automatically a rational number - that's what the definition of a rational number is.
No, an integer is a WHOLE number
-13/100
-7/250
One over six is an integer divided by an integer.That is the definition of a rational number.
25 over 5 equals 5 which is an integer. It is not sensible to change an integer or whole number into a mixed number but if you must, you could write it as 50/5
No, 1/2 is not an integer. Integers are the natural numbers (1,2,3,4,...) together with their negatives and zero. Then integers (Z) can be denoted as Z = {...,-3,-2,-1,0,1,2,3,...}.1 over 2 (1/2) is not an integer. Integers are numbers like 1,2,3,4, and -17. Integers do not include fractions.
Divide 7 by 3, using integer division. Write the result (which must be an integer) as the whole number. Write the remainder as the numerator, over the number 3 which is the denominator.
1 over 6 as a whole number is 0.166666... when expressed as a decimal. In fraction form, it remains as 1/6. Since a whole number is an integer with no fractional part, 1/6 cannot be represented as a whole number.
Because 24 is wholly divisible by 8 then 24/8 can only be expressed as the whole number (integer) 3
Any integer which ends in a 0 or 5 is exactly divisible by 5. 45 ends in 5, so when divided by 5 will be a whole number (9)
Yes it can be. (the number 3 is an integer).
Any number that is presented as an integer "over" (aka divided by) an integer is automatically a rational number - that's what the definition of a rational number is.