I have been working on this math problem for days and can't seem to figure it out. My math book does not have any examples like this at all. I cannot figure out how to find a quadratic function for this information (I can only seem to find a linear equation). I typed the exact question below and if anyone can help or give any advice at all that would be great! Thanks.
You are given the task of estimating the number of trees that will maximize the fruit production per acre of a local orchard. By researching other local orchards you discover that at 400 trees per acre each tree will produce an average of 30 pounds of fruit. For each tree that is added to the acre, the average production per tree goes down 0.05 pounds.
a. Use the given info to build a table of values for this situation. Let t be the number of trees above 400 planted on an acre and find the total amount of fruit each acre will produce.
b. Find a function for the total production per acre when t trees over 400 are planted on one acre.
That is exactly the formula that I came up with, but here is the thing
1) This question (in my book) is in a "Quadratic Functions" chapter, so I am assuming that my function and graph need to be a parabola
2) If it asks me to find the number of trees that will maximize the fruit production, wouldn't I need to have a parabola (and not a line) to find that max number?
Thanks for the help!
Okay now with that equation (400+t)(30-.05t) the number of fruit increases as I add additional numbers of trees....and the original problem says that for each tree that is added to the acre, the average production per tree goes down 0.05 pounds.
Im very confused as to why this happens.
2. It makes perfect sense that if you plant more trees per acre, each tree will produce less fruit ...... I would assume that when you plant more trees, there are less resources available to each tree for its growth. The logical result of this would be that each tree produces less fruit. Is that what's worrying you?