Yes -10 is an integer and a rational number
It is real, rational, integer and whole but not irrational nor counting.
No. In general, the square root of a positive integer is either a whole number, or an irrational number.
Yes. -10 = -10/1 which is of the form of one whole number over another whole number. Rational numbers have the form of one whole number over another whole number. Thus -10 is rational.
(*Is negative 10 an integer?) Yes, because an integer is a positive or negative whole number.
Yes -10 is an integer and a rational number
It is real, rational, integer and whole but not irrational nor counting.
No. In general, the square root of a positive integer is either a whole number, or an irrational number.
Because all whole numbers are rational. 10 can be written as 10/1.
Yes. -10 = -10/1 which is of the form of one whole number over another whole number. Rational numbers have the form of one whole number over another whole number. Thus -10 is rational.
All whole numbers are rational. 10 = 10/1, as a ratio
30 / 3 = 10 10 is an integer, so of course it is rational! Any number that can be exactly expressed as a ratio is by definition rational.
Because 10 has no fractional part; it is considered a whole number.
(*Is negative 10 an integer?) Yes, because an integer is a positive or negative whole number.
13 is an integer. All integers are rational.
It is indeed a rational number. Do you know the definition of a rational number? It is a number which can be exactly obtained by dividing one integer into another integer. -5.8 can be obtained exactly by dividing -58 by 10. It doesn't matter that -58 is a negative number. It is still a whole number, otherwise known as an integer. An example of an irrational number (not a rational number) is √2. This number can only be approximated (as 1.414… with as many decimal places as you desire); but it can not be exactly expressed as the ratio of two integers - as a rational number, that is. Another irrational number is π (pronounced 'pi'). It is approximately 3.14159 - but no number of decimal places will get it exactly; nor will the ratio of any two integers.
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