dy =+ By + k where kis a parameter dt Consider the differential equation Determine the biturcation point for the differential equation For each case on the parameter, match the appropriate phase line diagram, and draw a taturcation diagram tor this DE. (Oor course, De able to anow at work of the sign analysia, eto, and be able to draw a complete bifuroation dagram as done n kecture) C 1. k smaler than the biturcation value B 2. k equal to the bifurcation value A 3. k larger than the biturcation Value preview anes Note in order to get oredi for this probiem ar answers must de comectr

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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dy
Consider the differential equation
=+ By + k where kis a parameter
dt
Determine the biturcation point for the differential equation.
For each case on the parameter, match the appropriate phase line dagram, and daw a tatarcation dagram tor this DE. (Or course, be able to show at work of the sgn
analysis, eto, and be able to draw a complete bifuroation dagram as done in kecture)
Cv 1. k smaler than the biturcation value
B 2. k equal to the bifurcation value
A 3. k larger thani the biturcation Value
preiew anes
Note in order to get oredi for this problem ar answers must de comectr
Transcribed Image Text:dy Consider the differential equation =+ By + k where kis a parameter dt Determine the biturcation point for the differential equation. For each case on the parameter, match the appropriate phase line dagram, and daw a tatarcation dagram tor this DE. (Or course, be able to show at work of the sgn analysis, eto, and be able to draw a complete bifuroation dagram as done in kecture) Cv 1. k smaler than the biturcation value B 2. k equal to the bifurcation value A 3. k larger thani the biturcation Value preiew anes Note in order to get oredi for this problem ar answers must de comectr
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