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(a) To determine To compute: The initial value problem + 4x = sin 4t with initial conditions x (0) = 0, x' (0) = vo > 0 and also to find the first time ₁. (b) To determine To compute: The differential equaiton + x = sin 4t with initial condition x (t₁) = 0 and to find x' (t₁). Also to evaluate the time 12. (c) To determine To compute: The initial value problem + 4x = sin 4 with initial condition x (1₂) = 0 and to find x' (t2). Also to evaluate the time 13.

(a) To determine To compute: The initial value problem + 4x = sin 4t with initial conditions x (0) = 0, x' (0) = vo > 0 and also to find the first time ₁. (b) To determine To compute: The differential equaiton + x = sin 4t with initial condition x (t₁) = 0 and to find x' (t₁). Also to evaluate the time 12. (c) To determine To compute: The initial value problem + 4x = sin 4 with initial condition x (1₂) = 0 and to find x' (t2). Also to evaluate the time 13.

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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Chapter 5, Problem 32RE (a) To determine To compute: The initial value problem + 4x = sin 41 with initial dt2 conditions x (0) = 0, x' (0) = vo > 0 and also to find the first time t1. (b) To determine +x = sin 4t with initial condition x (t1) = 0 and to find x' (t1). Also to evaluate the time t2. To compute: The differential equaiton (c) To determine To compute: The initial value problem + 4x = sin 4t with initial condition x (12) = 0 and to find x' (t2). Also to evaluate the time t3.
Transcribed Image Text:Chapter 5, Problem 32RE (a) To determine To compute: The initial value problem + 4x = sin 41 with initial dt2 conditions x (0) = 0, x' (0) = vo > 0 and also to find the first time t1. (b) To determine +x = sin 4t with initial condition x (t1) = 0 and to find x' (t1). Also to evaluate the time t2. To compute: The differential equaiton (c) To determine To compute: The initial value problem + 4x = sin 4t with initial condition x (12) = 0 and to find x' (t2). Also to evaluate the time t3.
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