Question 767443: On pages 708 – 711, solve the following problems
#16: h(x) = | −2x | Absolute value functions
#50: Graph each relation, and state its domain and range for x = −3
o There are many ways to go about solving math problems. For this assignment you will be required to do some work that will not be included in the discussion. First, you need to graph your functions so you can clearly describe the graphs in your discussion. Your graph itself is not required in your post, although the discussion of the graph is required. Make sure you have at least five points for each equation to graph. Show all math work for finding the points.
o Specifically mention any key points on the graphs, including intercepts, vertex, or start/end points. (Points with decimal values need not be listed, as they might be found in a square root function. Stick to integer value points.)
o Discuss the general shape and location of each of your graphs.
o State the domain and range for each of your equations. Write them in interval notation.
o State whether each of the equations is a function or not giving your reasons for the answer.
o Select one of your graphs and assume it has been shifted three units upward and four units to the left. Discuss how this transformation affects the equation by rewriting the equation to incorporate those numbers.
o Incorporate the following five math vocabulary words into your discussion. Use bold font to emphasize the words in your writing (Do not write definitions for the words; use them appropriately in sentences describing the thought behind your math work.):
Function
Relation
Domain
Range
Transformation
Answer by solver91311(24713)   (Show Source):
You can put this solution on YOUR website!
No. You have dumped your whole homework assignment in here wanting someone else to do all of your work for you. Not happening. Ask a specific question about the mathematics, tell what it is that you are having difficulty understanding, and show what work you have done so far.
John
Egw to Beta kai to Sigma
My calculator said it, I believe it, that settles it
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