Answer:
um
Step-by-step explanation:if i knew this i would try to help564545646ytgtrhgfbgrtrhgbfsdertrhgbfser5yhtgrw54y6536ythrgr54tgferthegryjthrgghtrgfhgrtftg
Answer:
uhh sorry man no can do
Step-by-step explanation:
Start with 
First transformation: 
Type of transformation: 
Effect: Every time you add a constant to the function argument, you translate its graph horizontally, k units to the left if k is positive, k units to the right if k is negative.
Second transformation: 
Type of transformation: 
Effect: Every time you add a constant to the function, you translate its graph vertically, k units upwards if k is positive, k units downward if k is negative.
So, starting from the parent function, you translate its graph 1 unit right and 4 units up, and you have the graph of g(x).
Answer:
Step-by-step explanation:
I graphed this on my calculator to get the region of feasibility. You should learn how to use your calculator to help you do things like this. You should know by now how to graph by hand, which is tedious, so now it's time to use your calculator to sweat the small stuff and learn to do some useful things.
When you graph this inequality on your calculator, you can see the points of intersection which in turn translate to the vertices of the feasible region. They are located at:
(-14, -6), (-9, -11), (6, 4)
You could then use those vertices to maximize the profit equation or production equation or whatever it is this system pertains to.