This is a result of my own experiments!
I even don't know if this algebraic identity has already been discovered or not.If its not then i think that i'm helping the world.
Before i start i would like to say that
This is an original copy created by Raghav Vashishtha (me) (the founder of this identity).
If you find any other copy of this then please report it.
ONE MORE THING THAT I WOULD BE USING THE VARIABLE y FOR ALL ALGEBRAIC EXPRESSIONS (you can obviously replace it). And when i write y2 it means y squared.
So lets get started.
y+y2 or 2y+y2 and so on......
When we get this expression we usually ignore it .
My formula says that we can write this as:
y+y2 = 2y+(y-1)y
and..
2y+y2=3y+(y-1)y
and so on.......
to check substitute y with any no. say :3
y+y2 = 3+(3*3)
=12
and...
2y+(y-1)y = 6+(3-1)3
=12
If you have any doubts please don't feel shy.
you can also email me at vraghav99@gmail.com
I even don't know if this algebraic identity has already been discovered or not.If its not then i think that i'm helping the world.
Before i start i would like to say that
This is an original copy created by Raghav Vashishtha (me) (the founder of this identity).
If you find any other copy of this then please report it.
ONE MORE THING THAT I WOULD BE USING THE VARIABLE y FOR ALL ALGEBRAIC EXPRESSIONS (you can obviously replace it). And when i write y2 it means y squared.
So lets get started.
y+y2 or 2y+y2 and so on......
When we get this expression we usually ignore it .
My formula says that we can write this as:
y+y2 = 2y+(y-1)y
and..
2y+y2=3y+(y-1)y
and so on.......
to check substitute y with any no. say :3
y+y2 = 3+(3*3)
=12
and...
2y+(y-1)y = 6+(3-1)3
=12
If you have any doubts please don't feel shy.
you can also email me at vraghav99@gmail.com
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