note
... degrees. The path of the baseball is given by the function f ( x) .0032 x 2 x 3 where y and x are measured in feet. Will the baseball clear a 10 foot fence located 300 feet from home plate? yes, when x=300 feet, the height of the ball is 15 feet. ...
... degrees. The path of the baseball is given by the function f ( x) .0032 x 2 x 3 where y and x are measured in feet. Will the baseball clear a 10 foot fence located 300 feet from home plate? yes, when x=300 feet, the height of the ball is 15 feet. ...
Relations and Functions
... this section is something about their domain. Recall domain meant "Set A" which is the set of values you plug in for x. For the functions we will be dealing with, there ...
... this section is something about their domain. Recall domain meant "Set A" which is the set of values you plug in for x. For the functions we will be dealing with, there ...
Untitled - Purdue Math
... course, that no measurement is precise. There will undoubtedly be small errors in the measurement of the side length. This will result in errors in the computed area. We also know from experience that the errors in the area computation will be small as long as the errors in the side measurement are ...
... course, that no measurement is precise. There will undoubtedly be small errors in the measurement of the side length. This will result in errors in the computed area. We also know from experience that the errors in the area computation will be small as long as the errors in the side measurement are ...
MATH 1571H SAMPLE MIDTERM II PROBLEMS
... 2. Find the global maximum and global minimum of the function f (x) = 2x3 − 3x2 − 12x on the closed interval [−2, 3]. Find the interval that f (x) is concave upward. 3. Sand falling at the rate of 3f t3 /min forms a conical pile whose radius r always equals twice the height h. Find the rate at which ...
... 2. Find the global maximum and global minimum of the function f (x) = 2x3 − 3x2 − 12x on the closed interval [−2, 3]. Find the interval that f (x) is concave upward. 3. Sand falling at the rate of 3f t3 /min forms a conical pile whose radius r always equals twice the height h. Find the rate at which ...
