Find the maximum and minimum values fo the function on the interval [0,$d].
A number c in the domain of f is called a critical point if f'(c) =1Wh3cvJ2xF4= or where f'(c)risoekzpYAAgRXECVAcsXWXnXFT9zJ4gDoyL7g==.
The extreme values (absolute maximum and absolute minimum) of a continuous function on a closed interval occur either at a veUJQTOZK4x9ROLR9ZowuS+REowc07GT0ub4zJSXu3Q9LVxQoTWeVA== of the function or at the PYUF4jajY92ZPh6isbc26od3QKQqgM0X of the closed interval.
Thus, we need to find the critical points of and then compare the function values at these critical points with the function values at the endpoints of [0,$d] to find the extreme values.
Find y'.
Thus, y' is defined for 5TA887hjM77g+l8ejszeCZF/2+FpmJsd8JRVEpYJEp9YiPOTr5QqPJO1GFHO5EqrX/a2Qvc5c5ptJ8UxgRLiEGuWmCZv6ffEQG7/RCD81yZQnDRq.
Solve y' = 0 for [0.$d] to find any critical points, c.
y' = 0
x2 = YmyY9qzHq7w=
(Round your answer to four decimal places.)
Thus, the critical point on [0,$d] that satisifes this equation is
c = SFgqQUkJGdg=.
(Round your answer to four decimal places.)
Compare the values of at the critical point c = $c and the endpoints of [0,$d]. The greatest value is the absolute maximum and the smallest value is the absolute minimum of y on [0,$d]. (Round your answers to three decimal places.)
3hsMUOn9+Xc=.
nc1ItEz0kR4=.
YyRd/2n7nOE=.
The minimum value of the function is UtQltuC/58A=.
The maximum value of the function is nCwHWls+sEs=.
(Round your answers to three decimal places.)