The absolute value of a function changes the original function by ensuring that any negative y values will in essence be positive. For instance, the function y = absolute value (x) will yield the value +1 when x equals -1. Graphically, this function will look like a "V".
No. The absolute value of the sin function cannot exceed 1.
The absolute value of -15 is 15. (any number in absolute value is positive.)
It means that the value of the function at any point "x" is the same as the value of the function at the negative of "x". The graph of the function is thus symmetrical around the y-axis. Examples of such functions are the absolute value, the cosine function, and the function defined by y = x2.
No because absolute value of negative 8 equals to positive 8
The absolute value of a function changes the original function by ensuring that any negative y values will in essence be positive. For instance, the function y = absolute value (x) will yield the value +1 when x equals -1. Graphically, this function will look like a "V".
The absolute value function returns the absolute value of a number.
An absolute-value function
No. The absolute value of the sin function cannot exceed 1.
No it is not
The absolute value of -15 is 15. (any number in absolute value is positive.)
The absolute value of 19 is 19. If x is positive , absolute x equals x.
It means that the value of the function at any point "x" is the same as the value of the function at the negative of "x". The graph of the function is thus symmetrical around the y-axis. Examples of such functions are the absolute value, the cosine function, and the function defined by y = x2.
No because absolute value of negative 8 equals to positive 8
a non examples is -3 equals -3
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Absolute Value function