Question

giup e vs a, cmon

Answer 1

a, \(\dfrac{5}{3}\).(- \(\dfrac{6}{5}\) + \(x\)) - \(\dfrac{1}{4}\).(\(\dfrac{2}{3}\) - 1) = - \(\dfrac{3}{8}\)

   - 2 + \(\dfrac{5}{3}\)\(x\) - \(\dfrac{1}{6}\) + \(\dfrac{1}{4}\)        = - \(\dfrac{3}{8}\)

          \(\dfrac{5}{3}\)\(x\) - \(\dfrac{23}{12}\)              =  -\(\dfrac{3}{8}\)

         \(\dfrac{5}{3}\)\(x\)                       =  - \(\dfrac{3}{8}\) + \(\dfrac{23}{12}\)

          \(\dfrac{5}{3}\) \(x\)                     =   \(\dfrac{37}{24}\)

              \(x\)                    =     \(\dfrac{37}{24}\) : \(\dfrac{5}{3}\)

              \(x\)                    =    \(\dfrac{37}{40}\)