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Consider £ {y(t)} = Y(s) when solving the following equation: ty' (t) + 23ty(t) = 0 con y(0) = 0 What is Y(s)? A) Y(s) = C.e-2/23 con Cuna constante arbitraria. C B) Y(s) = 23 con C una constante arbitraria. C) Y(s) = C-e²/23 con C una constante arbitraria. D) Y(s) = C s² +23 con Cuna constante arbitraria.

Consider £ {y(t)} = Y(s) when solving the following equation: ty' (t) + 23ty(t) = 0 con y(0) = 0 What is Y(s)? A) Y(s) = C.e-2/23 con Cuna constante arbitraria. C B) Y(s) = 23 con C una constante arbitraria. C) Y(s) = C-e²/23 con C una constante arbitraria. D) Y(s) = C s² +23 con Cuna constante arbitraria.

College Algebra (MindTap Course List)
College Algebra (MindTap Course List)
12th Edition
ISBN:9781305652231
Author:R. David Gustafson, Jeff Hughes
Publisher:R. David Gustafson, Jeff Hughes
Chapter2: Functions And Graphs
Section2.6: Proportion And Variation
Problem 18E
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Consider £ {y(t)} = Y(s) when solving the following equation: ty"(t) + 23ty(t) = 0 con y(0) = 0 What is Y(s)? A) Y(s) = C.e-²/23 con C una constante arbitraria. C B) Y(s) = con C una constante arbitraria. $²-23 c C) Y(s) = C. e¹²/23 con C una constante arbitraria. D) Y(s) = C s² + 23 con Cuna constante arbitraria.
Transcribed Image Text:Consider £ {y(t)} = Y(s) when solving the following equation: ty"(t) + 23ty(t) = 0 con y(0) = 0 What is Y(s)? A) Y(s) = C.e-²/23 con C una constante arbitraria. C B) Y(s) = con C una constante arbitraria. $²-23 c C) Y(s) = C. e¹²/23 con C una constante arbitraria. D) Y(s) = C s² + 23 con Cuna constante arbitraria.
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