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The expression of absolute value |m-11| id m is greater than equal 11 will be equivalent to (m-11).
The general function of absolute value is given as,
|a| = { a , if a≥0 and -a , if a<0 }
That is the absolute value will be positive if value of is greater than or equal to 0 and the absolute value will be negative if the value of a is less than 0.
As we have been given the absolute value which is | m – 11|. It can be formed as
|m-11| = { (m-11) , if m≥11 and -(m-11) , if m<11}
So according to the question given the value of m is greater than equal to 11 that is m≥11.
Therefore, when m≥11 then
|m-11| = (m-11).
Hence if m is greater than equal to 11 then the expression |m-11| will be equivalent to (m-11).
Learn more about absolute value here : brainly.com/question/12928519
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Answer:
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Answer:
This is not a function
Step-by-step explanation:
Assuming that the line in question is parallel with the y axis, by using the line test we can see that the line is not a function. The line test is where you draw straight lines going vertically over the graph and if the lines touch the figure in question more than once that means it's not a function.
This can also be proved by imagining there are 2 different points on the line in question. Since the line is straight vertically that means that the points will share the same x value for different y values, which makes it not a function
Answer:
Step-by-step explanation:
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