@@ End of Day Wrap : Tues 12/8/14 Sydney, Australia Time 10:05pm (Really Wed morning) ♬
Hi all,
It's aleady getting busier I think. Our fabulous answers were today provided by NinjaDevo, CPhill, Alan, AzizHusain, TakahiroMaeda, DragonSlayer554, admin, Will85237 and Rosala. Thanks
Our King is still deciding upon the 'look' for his (and ours) Kingdom of Camelot. The score board has changed a couple of times again today. Nothing is final yet.
Here are some interest posts for today:
Rosala's Laughs
http://web2.0calc.com/questions/lets-end-the-day-with-a-laugh_8
*Finding Complex Roots (Ninja, this is an Extension Senior Topic - Imaginary numbers)
http://web2.0calc.com/questions/how-do-i-solve-the-sqrt4-16-complex-numbers-4-different-roots
Bearings always cause a bit of a problem.
I hope that everyone who is back at school today is finding it fun and interesting.
That is it for this evening. Good night.
♫♪ ♪ ♫ ♬ ♬ MELODY ♬ ♬ ♫♪ ♪ ♫
I just did a page of LaTex for this (which I lost) and I am not going to repeat it BUT
Here is a page that I put together on negative indices. It should help you understand how it works.
http://web2.0calc.com/questions/indices-especially-negative-indices
Very simplistically,
If something is raised to a negative indice you swap it to the other side of the fraction line and change the negative index to a positive index.
Also do you mean
2x/3(y^-1) which means $$\frac{2x}{3}\times y^{-1}$$
or do you mean
2x/(3(y^-1)) which means $$\frac{2x}{3y^{-1}}$$
You need to learn to use brackets so that your meaning is unmistakable!