3(a) Critically explain with practical examples on how a particular i solution of a differential equation can be deduced from the general solution. (b) Find the equation of the tangent line to the curve 8x²y3 – 5x² +7y³ = 10(x– 3y), at the point (2,-2). (c) Given T" = 6x²y³ – cosx+ 5y² – siny + 10x² – e-3*; determine (1) T' = [(T")ôx (ii) T' = S(T")ay (d) Solve the equation cosecxcosydy– 10xdx = 0, separably.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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3(a) Critically explain with practical examples on how a particular
| solution of a differential equation can be deduced from the general
solution.
i (b) Find the equation of the tangent line to the curve
8x²y³ – 5x² +7y³ = 10(x– 3y), at the point (2,-2).
(c) Given T" = 6x²y³ – cosx+ 5y² – siny+10x² – e-3*;
determine
(1) T' = S(T")ôx
(ii) T' = [(T")ay
(d) Solve the equation cosecxcosydy – 10xdx = 0, separably.
Transcribed Image Text:3(a) Critically explain with practical examples on how a particular | solution of a differential equation can be deduced from the general solution. i (b) Find the equation of the tangent line to the curve 8x²y³ – 5x² +7y³ = 10(x– 3y), at the point (2,-2). (c) Given T" = 6x²y³ – cosx+ 5y² – siny+10x² – e-3*; determine (1) T' = S(T")ôx (ii) T' = [(T")ay (d) Solve the equation cosecxcosydy – 10xdx = 0, separably.
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