Hello,
If prove that
is equal to
It seems like a mess. Any suggestions on where to start?
Btw, this problem is from Higher Algebra by H.S Hall and S. R Knight, a textbook that is still used in India even though it was written in the 1800's.
Hello,
If prove that
is equal to
It seems like a mess. Any suggestions on where to start?
Btw, this problem is from Higher Algebra by H.S Hall and S. R Knight, a textbook that is still used in India even though it was written in the 1800's.