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If "x" is positive, "-x" is negative; if "x" is negative, "-x" is positive. Similarly, "x-1" can be positive or negative, depending on the exact value of "x".
+ x + =+ - x - = - + x - = - - x + = - When the signs are the same then it's positive when they are different then it's negative
Yes, multiplying a Positive value by a Negative value always yields a Negative product.
If it had a sign it wouldn't be an absolute value, which is neither positive nor negative, merely absolute.Note that the absolute value of a number is non-negative by definition.For x < 0, |x| = -x (which is positive)For x ≥ 0, |x| = x (which is never negative)
The absolute value of a positive number is the same number - in this case, 1.5. The absolute value of a negative number is the number, without the sign. Note that the absolute value of an expression like (-x) is not necessarily (x); rather, you have to separately consider the case that x is positive, or that x is negative. For example, the absolute value of x is x (if x is positive), or (-x) (if x is negative).
Positive x negative = negative (Negative x positive = negative) Positive x positive = positive Negative x negative = positive So if the signs are the same the answer is positive and if they are different it is negative.
If "x" is positive, "-x" is negative; if "x" is negative, "-x" is positive. Similarly, "x-1" can be positive or negative, depending on the exact value of "x".
It depends on what the value of x is. If x is a positive number, then it will be negative because a negative number multiplied by a positive number is negative. If x is a negative number, then it will be positive because the product of two negative numbers is always a positive number.
+ x + =+ - x - = - + x - = - - x + = - When the signs are the same then it's positive when they are different then it's negative
Yes, multiplying a Positive value by a Negative value always yields a Negative product.
If it had a sign it wouldn't be an absolute value, which is neither positive nor negative, merely absolute.Note that the absolute value of a number is non-negative by definition.For x < 0, |x| = -x (which is positive)For x ≥ 0, |x| = x (which is never negative)
If it had a sign it wouldn't be an absolute value, which is neither positive nor negative, merely absolute.Note that the absolute value of a number is non-negative by definition.For x < 0, |x| = -x (which is positive)For x ≥ 0, |x| = x (which is never negative)
Positive x Positive = Positive Negative x Negative = Positive Positive x Negative = Negative Basically if the signs are the same, the answer will always be positive, and if the signs are different the answer will be negative. Hope this helps.
If it had a sign it wouldn't be an absolute value, which is neither positive nor negative, merely absolute.Note that the absolute value of a number is non-negative by definition.For x < 0, |x| = -x (which is positive)For x ≥ 0, |x| = x (which is never negative)
The absolute value of a positive number is the same number - in this case, 1.5. The absolute value of a negative number is the number, without the sign. Note that the absolute value of an expression like (-x) is not necessarily (x); rather, you have to separately consider the case that x is positive, or that x is negative. For example, the absolute value of x is x (if x is positive), or (-x) (if x is negative).
That is how the absolute value is defined. For x < 0 the value of x is negative (by definition). Therefore, the value of negative x is positive (negative of a negative). So abs(x) = -x when x < 0
Positive x Positive =Positive Positive x Negative= Negative Negative x Positive= Negative Negative x Negative =Positive