y=x^3+27
y-27=x^3
x=(y-27)^(1/3)
Well....I need to eat!!!
x=1/3(90-x)⇒3x=90-x⇒4x=90⇒x=22.5 (or 22,5, it depends on where you are from)
LOL!!! Nah just some oatmeal.
enjoy the talk!bye!
I hope you didn't eat the ailure donut
I dont I just had breakfast
I need to eat
Yeah
And
Good night to you!
its "a bit" hard and needs time!anyways good night!im off to bed!bye!
Cool.....at least someone knows here!
I do the trick with my brothers and sister you just stop recording they get to there places and then you record again
True, true!
i dont know either!there are various types of programmes now a days!
Time lapse??? Can't tell
yes it is!actually im still wondering how they did the trick tho i know the main answer thats they might have used something!
$$\left({\mathtt{5}}{\mathtt{\,\times\,}}{\mathtt{10}}{\mathtt{\,-\,}}{\mathtt{12}}\right){\mathtt{\,\times\,}}\left({\mathtt{5}}{\mathtt{\,\times\,}}{\mathtt{1\,016}}\right) = {\mathtt{193\,040}}$$
It's strange in a way.....technology is powerful
Let's look at this one again h7.......
The perimeter = 24
And 2W = L
And the perimeter is given by
P = 2(W+ L) so
P = 2(W + 2W)
24 = 2(3W)
24 = 6W divide both sides by 6
4 = W
And 2(4) = L = 8
So the ;ength is 8 and the width is 4
Check
24 = 2(4 + 8)
24 = 2(12)
24 = 24 check
yeah!i never got a donut!haha!
And yes everyone knows the truth!but lets not spoil their laugh!
Mine is a long name, but that's okay :D
That would be it, UglySweaterGirl!
Hmmmm
$${\mathtt{8}}{\mathtt{\,\times\,}}{\mathtt{\pi}} = {\mathtt{25.132\: \!741\: \!228\: \!718\: \!345\: \!9}}$$
