2n, where n is an integer.
an even number.
you would get an even number!
An odd number squared would always equal an odd number and an even number squared would always equal an even
The number in front of the variable in an algebraic expression is called the coefficient. It indicates how many times the variable is being multiplied. For example, in the expression (3x), the coefficient is 3, meaning (x) is multiplied by 3. Coefficients can be positive, negative, or even fractions, affecting the overall value of the expression.
There is none. For if there was such a number, X, then X+2 would also be even and would be larger!
A decimal number is simply a way of representing a number in such a way that the place value of each digit is ten times that of the digit to its right. A decimal representation does not require a decimal point. If it is a decimal representation of an integer, then it can be either even or odd..
3501225 is a rational number. (It is even a natural number.) (Decimal representation of an irrational number has not terminating or repeating decimals.)
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Standard averaging:Any number between 225.000 to 229.99999999999...Whole numbers Algebraic averaging:226 to 229Algebraic Decimal225.5 to 229.99999999999...With algebraic averaging, the preceding digit would be rounded up by a following 5 with the exception if the number is an EVEN number.Examples for numbers 4365, 175, 55, 945:Round Up Standard = 4370, 180, 60, 950Round Up Algebraic = 4360, 180, 60, 940
It would be even.
an even number.
It would be even.
you would get an even number!
An odd number squared would always equal an odd number and an even number squared would always equal an even
For any even number n, the following integer is odd (n+1), so for any odd number other than 1, you are adding the preceding even number, plus 1. Because all even numbers are multiples of 2, their sum is even, and 1 more will be an odd number.---Think of the odd number as an even number plus one and remember that all even numbers are multiples of two.Therefore:- Any two even numbers added together will always be a multiple of two and therefore even. Any two odd numbers added together will be the same as adding two even numbers plus 1 plus 1. (A multiple of two plus two which is still a multiple of two).An odd number added to an even number will be the same as two even numbers plus 1 in other words a multiple of two (even) plus one making the result odd.Extrapolating further it's easy to see that by the above reasoning that for all positive integers...Any number of even numbers added together will always be even.An odd number of odd numbers added together will always be odd.Any even number of odd numbers added together will always be even,Adding any number of even numbers to any number of odd numbers will make no difference to the outcome, the odd or even outcome will still be determined by the number of odd numbers being added together.---Another approach:Let n, r be real numbers even number representation: 2nodd number representation: 2n + 1sum = 2n + 2n + 1 = 4n + 1 = 2(2n) + 1let 2n = rsum representation becomes: 2r + 1, which is a representation of an odd number.