tut1 - 3. Solve 2 dy dx + xy = 1. Name:...

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Name: __________________________ Activity for Tutorial 1 To be submitted at the end of your tutorial on July 8 or July 13. 1. Solve dy dx 2 y = 4 x . 2. Solve x dy dx + 2 y = 4 x 2 , subject to y (1) = 2.
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Unformatted text preview: 3. Solve 2 dy dx + xy = 1. Name: __________________________ 4. Solve cos 2 x sin x dy dx + (cos 3 x ) y = 1. 5. Solve ( x 2 1) dy dx + 2 y = ( x + 1) 2 ....
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This note was uploaded on 11/10/2010 for the course DEFFERENTI 2080 taught by Professor Kidnan during the Spring '10 term at UOIT.

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tut1 - 3. Solve 2 dy dx + xy = 1. Name:...

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