1. Verify the initial value theorem for the voltage functions: a. 4+2 cos(t) b. t - cos (3t) and state their initial values.

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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1. Verify the initial value theorem for the voltage functions:
a. 4+2 cos(t)
b.t - cos (3t)
and state their initial values.
-4t
2. Verify the final value theorem for the function 3t²e¯ and determine its steady state value.
3. State the final value theorem. Verify theorem for the function
4+e
-2t
(sin t + cos t)cm representing a displacement and state its final value.
Transcribed Image Text:1. Verify the initial value theorem for the voltage functions: a. 4+2 cos(t) b.t - cos (3t) and state their initial values. -4t 2. Verify the final value theorem for the function 3t²e¯ and determine its steady state value. 3. State the final value theorem. Verify theorem for the function 4+e -2t (sin t + cos t)cm representing a displacement and state its final value.
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