SOLUTION: my teacher did not get to explain these kinds of problems before the bell rang.
in this equation, # and & is what we must find.
a^#/3b^&=b^3/3
can you help explain this to m
Algebra ->
Exponents-negative-and-fractional
-> SOLUTION: my teacher did not get to explain these kinds of problems before the bell rang.
in this equation, # and & is what we must find.
a^#/3b^&=b^3/3
can you help explain this to m
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Question 122371This question is from textbook prentice hall mathmatics algebra 1
: my teacher did not get to explain these kinds of problems before the bell rang.
in this equation, # and & is what we must find.
a^#/3b^&=b^3/3
can you help explain this to me?
i started this but i think i got it all wrong. thank you sooo much!
emma
titusville, fl This question is from textbook prentice hall mathmatics algebra 1
You can put this solution on YOUR website! there is no "a" term on the right-hand side of the equation
__ the only way this can happen is if #=0 (a^0=1)
__ if # had any other value, there would be an "a" term on both sides
