I fixed your TeX coding. Is the question now correct?[MATH]\sqrt[4]{79\pm 16\sqrt{15}} = \frac{\sqrt{30} +\sqrt{2}}{2}[/MATH]Guys I'm having trouble to simplify the right side I don't know how to modify it to make it equal with the left side.
Thank you very much.It is correct.I fixed your TeX coding. Is the question now correct?
The first post of pka where he corrected my latex code that is the problem that I'm trying to solve24⋅(79±1615) = 2500
The left-hand side of the immediate line above is equal to different values,
but neither of them equals an integer.
Albi's original equation in post # 1 is false.
pka was proceeding toward the answer for you there; look closely!Yeah we can deal with the problem now
The first post of pka where he corrected my latex code that is the problem that I'm trying to solve
I am confused once again. The lhs having the plus/minus will yield two values while the rhs will yield one number. Dr Peterson however put a plus/minus on the rhs. Where did it come from? Are you suggesting that what pka wrote was incorrect?
The expression is equal only for the pozitive value on the lhs pka wrote it correctly.I am confused once again. The lhs having the plus/minus will yield two values while the rhs will yield one number. Dr Peterson however put a plus/minus on the rhs. Where did it come from? Are you suggesting that what pka wrote was incorrect?