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Question 7 Find the solution. dy 31+9y=2ty 5/3 dt Question 8 Find the Solution A (1+r?) ds + 2f[st?– 3(1+t?) ?jdt = 0; when t = 0, s = 2. y = 41+9ct2 (A t = (1+ s²) [3–e -s² y2 31 – 3ct² B (B) t = (1 – s2)[2- e-s³} © -- (c y = 3ct – 312 s = (1 – 12) [2-e- (D s = (1 + 12) [3–e-1 y = 4ct + 9t2

Question 7 Find the solution. dy 31+9y=2ty 5/3 dt Question 8 Find the Solution A (1+r?) ds + 2f[st?– 3(1+t?) ?jdt = 0; when t = 0, s = 2. y = 41+9ct2 (A t = (1+ s²) [3–e -s² y2 31 – 3ct² B (B) t = (1 – s2)[2- e-s³} © -- (c y = 3ct – 312 s = (1 – 12) [2-e- (D s = (1 + 12) [3–e-1 y = 4ct + 9t2

Advanced Engineering Mathematics
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Question 7 Find the solution. dy 31+9y=2ty 5/3 dt Question 8 Find the Solution A (1+r?) ds + 2f[st?– 3(1+t?) ?jdt = 0; when t = 0, s = 2. y = 41+9ct2 (A t = (1+ s²) [3–e -s² y2 31 – 3ct² B (B) t = (1 – s2)[2- e-s³} © -- (c y = 3ct – 312 s = (1 – 12) [2-e- (D s = (1 + 12) [3–e-1 y = 4ct + 9t2
Transcribed Image Text:Question 7 Find the solution. dy 31+9y=2ty 5/3 dt Question 8 Find the Solution A (1+r?) ds + 2f[st?– 3(1+t?) ?jdt = 0; when t = 0, s = 2. y = 41+9ct2 (A t = (1+ s²) [3–e -s² y2 31 – 3ct² B (B) t = (1 – s2)[2- e-s³} © -- (c y = 3ct – 312 s = (1 – 12) [2-e- (D s = (1 + 12) [3–e-1 y = 4ct + 9t2
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