[The following initial value problem is defined with an exact differential equation. If the solution of this problem satisfies y(1) = B, evaluate 63² – 38 + a]. S (12xy² + ax²y)dx + (12y – 3x)x²dy = 0, ly(-1) = 1. Lütfen birini seçin: 03 04 O2 00 01

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The following initial value problem is defined with an exact differential equation. If the solution of this problem satisfies y(1)=βy(1)=β, evaluate  6β2−3β+α6β2−3β+α].

Aşağıda tam diferansiyel denklem için bir başlangıç değer
problemi verilmiştir. Bu problemin çözümü y(1) = B eşitliğini
sağladığına göre 6B² – 3B + a değerini hesaplayınız.
[The following initial value problem is defined with an exact
differential equation. If the solution of this problem satisfies
y(1) = B, evaluate 682 – 38 + a).
S (12xy² + ax?y)dx + (12y – 3æ)x²dy = 0,
l y(-1) = 1.
Lütfen birini seçin:
O3
04
O2
00
01
Transcribed Image Text:Aşağıda tam diferansiyel denklem için bir başlangıç değer problemi verilmiştir. Bu problemin çözümü y(1) = B eşitliğini sağladığına göre 6B² – 3B + a değerini hesaplayınız. [The following initial value problem is defined with an exact differential equation. If the solution of this problem satisfies y(1) = B, evaluate 682 – 38 + a). S (12xy² + ax?y)dx + (12y – 3æ)x²dy = 0, l y(-1) = 1. Lütfen birini seçin: O3 04 O2 00 01
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