Consider the differential equation y" = e² + zy' where y is considered to be a function of a. In this exercise, you will determine whether or not y = eT + c is a solution to the differential equation for any constant c. (a) First substitute the above expression for y into the left side of the differential equation. In other words, compute y''. (b) Next substitute the above expression for y into the right side of the differential equation. In other words, compute e + xy'. (c) Based on your answers to (a) and (b), can we say that y = e is a solution to the differential equation? O No O Yes

Calculus: Early Transcendentals
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Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
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Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Consider the differential equation
y" = ef + zy'
where y is considered to be a function of a.
In this exercise, you will determine whether or not y = e + c is a solution to the differential equation
for any constant c.
(a) First substitute the above expression for y into the left side of the differential equation. In other words,
compute y''.
(b) Next substitute the above expression for y into the right side of the differential equation. In other
2
words, compute e + xy'.
(c) Based your answers to (a) and (b), can we say that y = e is a solution to the differential equation?
O No
O Yes
C
O
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2 50
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Transcribed Image Text:Consider the differential equation y" = ef + zy' where y is considered to be a function of a. In this exercise, you will determine whether or not y = e + c is a solution to the differential equation for any constant c. (a) First substitute the above expression for y into the left side of the differential equation. In other words, compute y''. (b) Next substitute the above expression for y into the right side of the differential equation. In other 2 words, compute e + xy'. (c) Based your answers to (a) and (b), can we say that y = e is a solution to the differential equation? O No O Yes C O O 4 # 3 $ 4 e D d C r f A % 2 50 t g Oll 6 b y h & 7 u n * 8 j m ( 9 k O ) 0
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