Question

Chapter: Linear equations and inequalities in one variable.

Correct answer will be marked as brainliest and wrong answer will be reported ​

Answer 1

$\huge{ \underbrace{ \text{Question}}}$

$\large{ \sf{ \frac{p}{3} + \frac{p}{4} = 55 - \frac{p + 40}{5} }}$

$\huge{ \text{ \underline{To \: find}}}$

• Value of "p"

$\huge{ \text{ \underline{ \underline{Solution}}}}$

$\large{ \sf{ \red{ \frac{p}{3} + \frac{p}{4} = 55 - \frac{p + 40}{5} }}}$

$\sf{ \large = > \frac{4p + 3p}{12} = \frac{275 - (p + 40)}{5} }$

$\sf{ \large{ = > \frac{7p}{12} = \frac{275 - p - 40}{5} }}$

$\sf{ \large{ = > \frac{7p}{12} = \frac{235 - p}{5} }}$

$\sf{ = > 35p = 2820 - 12p }$

$\sf{ = > 35p + 12p = 2820}$

$\sf{ = > 47p = 2820}$

$\sf{ = > p = \frac{2820}{47} }$

$\boxed{ \sf{ \therefore{ \orange{p = 60}}}}$

Hence, the value of p = 60

❣ Hope this helps you!