Given that dy/dx = ye^x and x = 0, y = e. Find the value of y when x = 1.
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Given differential equation is
dy/dx = y eˣ
⇒ (dy)/y = eˣ dx
On integration, we get
∫ (dy)/y = ∫ eˣ dx
⇒ logy = eˣ + c ...(i), where c is integral constant
When, x = 0 and y = e,
loge = e⁰ + c
⇒ 1 = 1 + c
⇒ c = 0
From (i), we get
logy = eˣ ...(ii)
When x = 1, from (ii), we get
logy = e¹
⇒ logy = e
⇒ y = eᵉ,
which is the required value of y.
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Given differential equation is
dy/dx = y eˣ
⇒ (dy)/y = eˣ dx
On integration, we get
∫ (dy)/y = ∫ eˣ dx
⇒ logy = eˣ + c ...(i), where c is integral constant
When, x = 0 and y = e,
loge = e⁰ + c
⇒ 1 = 1 + c
⇒ c = 0
From (i), we get
logy = eˣ ...(ii)
When x = 1, from (ii), we get
logy = e¹
⇒ logy = e
⇒ y = eᵉ,
which is the required value of y.
#MarkAsBrainliest
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