Applied Max/Min (25 points) a. You have $2000 dollars to buy fence to enclose a rectangular plot of land (see figure at right). The fence for the top and bottom costs $5 per foot and...
Applied Max/Min (25 points) a. You have $2000 dollars to buy fence to enclose a rectangular plot of land (see figure at right). The fence for the top and bottom costs $5 per foot and...
Applied Max/Min (35 points) a. Find the dimensions of the rectangle with the greatest area that can be built so the base of the rectangle is on the x–axis between 0 and 1 (0 ≤ x ≤ 1)...
i need to understand the steps to solving it so i can right a code in R
Consider the rectangular block of mass 40 kg height 1.4 m, and length 0.77 m. A force F is applied horizontally at the upper edge. The acceleration of gravity is 9.8 m/s^2. a) What...
Find the Global Maximum and Minimum values of the function. The domain is all real numbers unless otherwise specified. f(x)=x+1/x for x>0
For x E [-11,11] the function f is defined by f(x)=x6(x-2)5 1- on which two intervals is the function increasing? 2- Find the region in which the function is positive: 3- Where...
For x E [-11,11] the function f is defined by f(x)=x6(x-2)5 1) On which two intervals is the function increasing? 2)Find the region in which the function is positive 3)Where...
A piece of wire 200 cm is cut into two pieces: one a square and another a circle. Where should the cut be made if the sum of the two areas (square and circle) is to be a minimum.
How do you solve this problem? Which is the right answer and why? a) f has a relative maximum at (1/3, 256/27) b) f has a point of inflection at (3,0) c) f has an intercept at (3,0) d)...
How do you solve this problem? Which is the right answer and why? a. An absolute maximum b. An absolute minimum c. A critical point but not an extremum d. Not a critical point e...
How do you figure out this problem. Which is the correct answer choice and why? a) relative maximum b) relative minimum c) intercept d) inflection point e) none of...
The point (4,-1) is which of the following for the graph of f? How do you figure out this problem. Which answer choice is right and why? a) relative maximum b) relative minimum c)...