Is false. If ' n ' is negative, then ' -n ' is positive.
Sometimes.* If "n" is positive, "-n" is negative. * If "n" is negative, "-n" is positive. * If "n" is zero, "-n" is also zesro.
A positive number will always be greater than a negative number. If two integers have the same sign, and this sign is negative, then the lower number in absolute value will be the highest. If two integers have positive signs, the larger number will be the highest. If one of the numbers is zero and the other number is negative, then zero will always be the higher number. If one of the numbers is zero, and the other number is positive, the positive number wil always be highest. And just a reminder, for any number n, the absolute value of n, often written |n| , we have |n|=n if n is greater than or equal to zero and |n|= negative n if n is less than zero. For example, |3|=3 |-3|= -(-3)=3
It depends on what you mean by a number. If n is a positive integer (except for 1), then n^2 is greater than n. If n = 0 or 1, then n and n^2 are equal. If n = 1/2, then n is greater than its square. If n is negative, then n is always less than its square.
Let n equal any number Let a equal the answer 2n+1= a
Is false. If ' n ' is negative, then ' -n ' is positive.
when -n = x and x is a negative #, n is the absolute value of x
the log of a number, X, is equal to some value , N, and by definition 10 to the N power =X 10 to any power is always positive
Sometimes.* If "n" is positive, "-n" is negative. * If "n" is negative, "-n" is positive. * If "n" is zero, "-n" is also zesro.
A positive number will always be greater than a negative number. If two integers have the same sign, and this sign is negative, then the lower number in absolute value will be the highest. If two integers have positive signs, the larger number will be the highest. If one of the numbers is zero and the other number is negative, then zero will always be the higher number. If one of the numbers is zero, and the other number is positive, the positive number wil always be highest. And just a reminder, for any number n, the absolute value of n, often written |n| , we have |n|=n if n is greater than or equal to zero and |n|= negative n if n is less than zero. For example, |3|=3 |-3|= -(-3)=3
It depends on what you mean by a number. If n is a positive integer (except for 1), then n^2 is greater than n. If n = 0 or 1, then n and n^2 are equal. If n = 1/2, then n is greater than its square. If n is negative, then n is always less than its square.
Let n equal any number Let a equal the answer 2n+1= a
There are an infinity of possible answers. Let n be any number. Then select negative (n+1). Their sum will always be negative one and they will have the product -n2 -n
it is because the total number of positive and negative charges remain equal throughout, so the Semi condt is always neutral in state.
The additive inverse states that a number added to its opposite will equal zero. A + (-A) = 0 The "opposite" number here is the "negative" of the number. For any number n, the additive inverse is (-1)n.
Negative 4 is equal to any number that is 4 units to the left of zero on the number line. This includes -4, -4.0, -4/1, -8/2, -12/3, and so on. In general, any number of the form -4 + n, where n is any integer, will be equal to negative 4.
any negative number -n can be written as -1*n (minus 1 times that number). so, multiplying two negative numbers together:-n * -m = -1*n * -1*m = -1*-1*n*m = n*m (which is always positive)-6*-9 = -1*-1*6*9 = 6*9 = 54