Use the Quotient Rule to calculate the following derivative.
Find if .
We are asked to evaluate the derivative of the function w at z = $bb.
Recognizing that is a quotient of two functions, we will need to use the Quotient Rule to calculate its derivative.
Recall the Quotient Rule for differentiation.
If f and g are differentiable functions, then is differentiable for all x such that vgqQ4rrJJ6TzH1CADRMijczVPHBTCr8Oz8FXuibUbZdy/FKQVtgjDPbeZGFTmwsRrPCDlw== and
hp3Y9ysciGTRLrzl25gXN4GN0NJdeLPeqYN/SyLfUkFcZt/wrZ1ML57GOgDyL+OLbAy8naE4SXpqv6XBURgzYOyZ9vCRVU4VFFNwPkQgkF68XHkUqThk4LhtNdGqdMuEoAUulYzNLfmIscLlJPVIbSEG6iv+IHwXqDDzzWPFz6HCd4wSg41pd0ie8LkquPDNYmzUWGq11+YypFo6+O9mLj5g5H34KGISJVtkxJN9tsO0sRVw2zDvIubgJeWaeKvIKoahwgD5x0mAf/P5HvdNJaD5l2HID6Id0iFNnjEVTVtg2hcgFMNlGX6Lk8h8Z3EbuqgFlDAZ8KaReHIreTE8UrzURVUq1tWtARwkfG3ChiQEiyJ8FlAhgFSDCRrkGLecWxOCplY3MPYTzogKbcgc/Ev9caXW7MvKpaVl1mgOeA9a0vyhnWKxz2mQbKBx5yYGHvJQLYl5IBC1JmQzqaqDkcdrdB+igcuORs2RZHpMlCV2rFFamJPjl76kyieDfgLYkWpiEO1aWmri7x1YqlrXPN83o/ZCZU01rb7a2wHrvCkQ9J/t7VtSVAxGtH4/A7kTj9YH3n1ODtTbEUsZgSeFUK+PS470vvBOl0wTbWWGP8coLyAcvfy/HKsB5SPQBj6Jy3gPHK4Hw/EQlui2CBedkr7codbH8Vw+5ZjrhgGNjQIWJ5+r/NyeiIp7aUUVquWokBx9j2eqs8dBpGA5smDdSfBkQHxr/kag/MNbrVZ07K5AkQQ9LC2kICAihrpJ+Y7uYz6etY121M1KHfpxOsbZz6CjkS1NpPhom/rAigAqrKbgG/Ymc65rHAcclHcRKAHXxB4wCQ==Let . We need to find f'(z) and g'(z) substitute into the quotient rule. Use the power rule and the sum rule to find f'(z) and g'(z).
The numerator of is , so nc1ItEz0kR4=.
The denominator of is , so , where n = LSrhaP5UNedaOX3h.
Find and simplify using the quotient rule with substituting and where appropriate.
,
where n = OGFKhb0ogMHSTNkc+TeBGYQF5Us=.
Find by substituting z = $bb into .
= qjqZz1N+poo=
(Round your answer to two decimal places.)