Consider the following. f(s, t) = sin(2t) + e-1.31 f(s, t) = 2 for 1 sts 20 tangent line at t = 10 Sketch the contour curve indicated in the activity. Also sketch the tangent line indicated. t 10 10 f(s, t) = 2 0.668 f(s, t) = 2 0.668 10 t 10 f(s, t) = 2 Calculate the slope of the tangent line. (Round your answer to three decimal places.) 44.846 x f(s, t) = 2 0.668 0.668

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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calculus help please ? 

not 44.846 , so not sure what it is

 

Consider the following.

f(s, t) = s ln(2t) + e−1.31t
f(s, t) = 2 for 1 ≤ t ≤ 20
tangent line at t = 10

Sketch the contour curve indicated in the activity. Also sketch the tangent line indicated.

Consider the following.
f(s, t) = sin(2t) + e-1.31t
f(s, t) = 2 for 1 sts 20
tangent line at t = 10
Sketch the contour curve indicated in the activity. Also sketch the tangent line indicated.
t
10
10
f(s, t) = 2
0.668
f(s, t) = 2
10
0.668
t
f(s, t) = 2
XX
10
f(s, t) = 2
Calculate the slope of the tangent line. (Round your answer to three decimal places.)
44.846
X
0.668
0.668
S
Transcribed Image Text:Consider the following. f(s, t) = sin(2t) + e-1.31t f(s, t) = 2 for 1 sts 20 tangent line at t = 10 Sketch the contour curve indicated in the activity. Also sketch the tangent line indicated. t 10 10 f(s, t) = 2 0.668 f(s, t) = 2 10 0.668 t f(s, t) = 2 XX 10 f(s, t) = 2 Calculate the slope of the tangent line. (Round your answer to three decimal places.) 44.846 X 0.668 0.668 S
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