Let f(s) = 8$5. 555 Using Logarithmic Differentiation to find f'(s), any of the steps below must be taken. Arrange the steps in the order that properly shows the Logarithmic Differentiation process. <>>> <> 1 dy y ds Y = dy ds dy ds Ꮽ $ $ 5 = = = (584) Ins+ $5. (#) 885 (5s¹ Ins + s²) y (5s¹ Ins + s¹) 185 ◇ In y = ln ($$³) d ds d (In y) = 1 (s³ In s) ds

College Algebra
1st Edition
ISBN:9781938168383
Author:Jay Abramson
Publisher:Jay Abramson
Chapter6: Exponential And Logarithmic Functions
Section6.7: Exponential And Logarithmic Models
Problem 14TI: The half-life of plutonium-244 is 80,000,000 years. Find function gives the amount of carbon-14...
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Let
f(s) = 8$5.
555
Using Logarithmic Differentiation to find f'(s), any of
the steps below must be taken. Arrange the steps in the
order that properly shows the Logarithmic
Differentiation process.
<>>>
<>
1 dy
y ds
Y
=
dy
ds
dy
ds
Ꮽ
$ $ 5
=
=
=
(584) Ins+ $5.
(#)
885 (5s¹ Ins + s²)
y (5s¹ Ins + s¹)
185
◇ In y = ln ($$³)
d
ds
d
(In y) = 1 (s³ In s)
ds
Transcribed Image Text:Let f(s) = 8$5. 555 Using Logarithmic Differentiation to find f'(s), any of the steps below must be taken. Arrange the steps in the order that properly shows the Logarithmic Differentiation process. <>>> <> 1 dy y ds Y = dy ds dy ds Ꮽ $ $ 5 = = = (584) Ins+ $5. (#) 885 (5s¹ Ins + s²) y (5s¹ Ins + s¹) 185 ◇ In y = ln ($$³) d ds d (In y) = 1 (s³ In s) ds
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