Question

The roots of the equation g/(g + 1) + (g + 1)/g = 34/15
3/2, 5/2
-3/2,-5/2
-3/2,5/2
3/2,-5/2​

Answer 1

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Given that,

$\frac{g}{1 + g} + \frac{1 + g}{g} = \frac{34}{15} \\ {g}^{2} + 1 + 2g + {g}^{2} = \frac{34}{15} \\ 2 {g}^{2} + 2g = \frac{19}{15} \\ dividing \: both \: sides \: by \: 2 \\ {g}^{2} + g = \frac{19}{30} \\ g(1 + g) = \frac{19}{30}$

therefore,

$g = \frac{19}{30} \\ or \\ 1 + g = \frac{19}{30} \\ g = \frac{ - 11}{30}$

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Answer 2

Answer:

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