3. Handy Andy sells 23 oz. cans of green beans for 63 cents and 15 oz. cans for 45 cents. Assume the price varies linearly with the number of ounces.
Write a function to express the price in terms of the number of ounces in a
a.
can.
b. At the store a 52 oz. can sells for $1.39. According to your model is it
over-priced or under-priced? Explain.
c. Suppose an “individual serving" can of green beans costs $0.21. About
how many ounces of green beans would you expect it to contain?
d. What is the slope in your model? What does it represent in the real world?
e. What is your y-intercept? What does it represent in the real world? Why
isn't it at zero?

Which describes the difference between the graph of f(x)=x^2 and g(x)=-(x^2-2)

Naruto is choosing between two venues that will deliver food to his house. with probability 1/3 he will choose ramen mania (r), and with probability 2/3 he will choose sushi (s). if he chooses r, 15 minutes after making the call, the remaining time it takes the food to arrive is exponentially distributed with average 10 minutes. if he orders s, 10 minutes after making the call, the time it takes the food to arrive is exponentially distributed with an average of 12 minutes. given that he has already waited 25 minutes after calling, and the food has not arrived, what is the probability that he ordered from r? i am really stuck on how to set this up, so if you could be extra clear, that would be super ! in advance

It would mean the world to me if somebody me with this