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Mathematics 7 Online
OpenStudy (anonymous):

What is the simplified form of the expression?

Parth (parthkohli):

It is when there are no more than one like terms left. For example: \(\Large \color{purple}{\rightarrow 5x + 6y^3 }\)

OpenStudy (anonymous):

x^8 * 2y^10 *5x^5

Parth (parthkohli):

\(\Large \color{purple}{\rightarrow x^8 * 2 * y^{10} * 5 * x^5 }\) Do you think this is simplified?

OpenStudy (anonymous):

\[x ^{8}*2y ^{10}*5x ^{5}\]

jhonyy9 (jhonyy9):

do you know the calcules with terms on exponents

jhonyy9 (jhonyy9):

???

jhonyy9 (jhonyy9):

when there are the same terms on exponent what do you need to do with exponents ?

Parth (parthkohli):

http://openstudy.com/users/parthkohli#/updates/4f9d25cbe4b000ae9ed1dd45 Here's my tutorial on exponents.

OpenStudy (anonymous):

\[10x ^{13}y ^{10}\]

Parth (parthkohli):

Yes!

jhonyy9 (jhonyy9):

not is right how you have got this result ?

Parth (parthkohli):

@jhonyy9 He's correct!

jhonyy9 (jhonyy9):

there is x^12 or x^13 ?

Parth (parthkohli):

\(\Large \color{purple}{\rightarrow (2 * 5)(x^8 * x^5)(y^{10}) = 10x^{13}y^{10} }\)

Parth (parthkohli):

He's written \(x^{13}\)

OpenStudy (anonymous):

its a 13

Parth (parthkohli):

\(\Huge x^{13} \) Visible now :P

OpenStudy (anonymous):

lol

jhonyy9 (jhonyy9):

oké than right

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