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When a base of an exponential expression is apositive real number and exponent is an integer?
Then, if the exponent is a positive integer, the value is 1 multiplied by the base repeatedly, exponent times. If the exponent is a negative integer then it is the reciprocal of the above value.
In either case, it is NOT the base multiplied by itself an exponent number of times.
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How do you change an integer subtraction expression into an integer addition expression?
By changing the sign of the second number.
What is the greatest common factor (GCF) of the numerator and denominator of the rational expression below?
It's the largest positive integer that will divide evenly with no remainder into both of them.
What are the rules for operations with integers?
The basic rules of arithmetic and algebra apply in most cases. That is:Exponentiation is done firstMultiplication and division are done nextFinally, addition and subtraction are done.If two or more operations with the same priority appear together in the same expression, they're handled in left to right order. Parentheses can be used to override the order of operations; expressions in parens are evaluated first.For example, 2*4**2 - 8/4 would be evaluated this way:Do the exponent first: 4**2 = 16. The expression is then 2*16 - 8/4Next do the multiplication and division: 2*16 = 32 and 8/4 = 2Do the subtraction last: 32 - 2, or 30.The only possible difference is in division, IF you're using computer rules for integer operations. Because a fully integer-based expression can only be expressed as another integer, computers perform integer division by truncating any fractional remainder of a quotient. So for example a computer would evaluate 7 / 2 = 3, rather than 3.5. If the numbers were expressed as real numbers the answer would be correct in the algebraic sense, though: 7. / 2. = 3.5
Is -2 is not an integer?
No, it is an integer.
How do you get the absolute value of positive integer?
The absoluate value of a positive integer is the integer itself.The absoluate value of a positive integer is the integer itself.The absoluate value of a positive integer is the integer itself.The absoluate value of a positive integer is the integer itself.
