Find the GCF of n 3 t 2 and nt 4.
a) n 4t 6
b) n 3t 6
c) n 3t 4
d) nt 2
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OpenStudy (codyhelton):
@pooja195 @YanaSidlinskiy
OpenStudy (codyhelton):
@ashtonfoshee
OpenStudy (codyhelton):
@.sam.
OpenStudy (codyhelton):
@sammixboo
OpenStudy (codyhelton):
@Hannahsayshi
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OpenStudy (codyhelton):
@TheSmartOne
OpenStudy (codyhelton):
is there ANYONE who can help me?
Mehek (mehek14):
Is it \[n^3t^2\] and \[2t^4\] ?
OpenStudy (codyhelton):
and nt^4
OpenStudy (codyhelton):
@Mehek14
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OpenStudy (codyhelton):
sorry had to do some chores
Mehek (mehek14):
Yeah that's what I meant >_< didn't mean to put the 2 sorry :P
Mehek (mehek14):
So let's see what they both have in common.
OpenStudy (codyhelton):
its fine ur helping so...
Mehek (mehek14):
\[n^3t^2~and~nt^4\]
What goes in both \[n~and~n^3\]
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OpenStudy (codyhelton):
i dont understand this stuff
OpenStudy (codyhelton):
XD
Mehek (mehek14):
Let me see how I can explain this. . .
Try this example maybe
If you have \[x^3~and~x^4\]
They both have \(x^3\) in common because it goes in both of them.
OpenStudy (codyhelton):
ok
Mehek (mehek14):
So what about \[n^3~and~n\]
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OpenStudy (codyhelton):
n
Mehek (mehek14):
Correct :D
Mehek (mehek14):
What about \[t^2~and~t^4\]
OpenStudy (codyhelton):
t^2
OpenStudy (codyhelton):
i solved the question myself didn't i?
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