What is one difference between the method of constant stimuli and the method of limits?

Cones are described as having low sensitivity compared to rods. What does this mean?

Think of a sensory experience that you’ve had and describe as best you can, in your own words, the phenomenology of that experience.

Ginny is put in charge of room full of high school students taking the SAT and should be on the lookout for cheaters. She sees one student that is looking pretty suspicious but is actually not cheating. Ginny decides to call them out in front of everyone for cheating. What would you call her decision?

I’ve suffered from kidney stones twice in my life…they are no joke. The kidney stones that were causing the excruciating pain can be considered_____.

Write the equation of a function that has the given characteristics.The graph of y = , shifted 8 units to the right

For questions #21-24, please show all of your work on paper. Please clearly label each question number and save your work to a single PDF file and upload it in the assignment, “Upload work for Final Exam here”, in the Week 13 module. I will only accept a single PDF file. If you attach multiple files, I will not open them. You will have 7 minutes from the time you submit your proctored exam to scan your work and upload it (you may use your phone for this). You do not need to enter an answer for the following questions in the answer blanks below. All of your answers for the next four questions will be uploaded into Brightspace, and I will grade them manually.  You must show all of your work in order to receive full credit. This includes intermediate calculations and reasoning. Credit will only be awarded for work that shows the entire thought process leading to the solution. You will not receive credit for work that uses notation, symbols, language, etc. that I did not teach in this course. 

Evaluate the function at the given value of the independent variable and simplify. f(x) = 3×2 – 4x + 2; f(x – 1)

Evaluate the piecewise function at the given value of the independent variable.f(x) =;   f(3)

A 46