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The differential equation which represents the family of curve

Question

The differential equation which represents the family of curves $y = c_{1} e^{c_{2} x}$ , where $c_{1} and c_{2}$ are arbitrary constants, is

y^{'} = y^{2}

y^{''} = y^{'} y

y y^{''} = y^{'}

y y^{''} = (y^{'})^{2}

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Henry Discussed

The differential equation which represents the family of curves

y = c_{1} e^{c_{2} x}

, where

c_{1} and c_{2}

are arbitrary constants, is

8 mins ago

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8 mins ago

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Question Text	The differential equation which represents the family of curves $y = c_{1} e^{c_{2} x}$ , where $c_{1} and c_{2}$ are arbitrary constants, is
Answer Type	Video solution: 1
Upvotes	150