Question

Help please!

Answer 1

alg2 or geo and can you send the written form of this so i can get the square root symbol

Answer 2

No i cant because the symbol's aren't able to be copied /: this is algebra 1

Answer 3

√ You can make the square root symbol by holding ALT Key and typing 251

Answer 4

ty

Answer 5

u r welcome √

Answer 6

The area of a rectangle , \(A\) is given by \(A=l\times w\). So then we proceed:

\[A=l\times w \\
A=\sqrt[3]{81}\times 3^{\frac{2}{3}}\]
By applying some power laws, by viewing \(3^{2/3}=(3^2)^\frac{1}{3}\), and by viewing \(\sqrt[3]{81}=81^\frac{1}{3}\), we may develop our equation further. So:
\[A=81^\frac{1}{3}\times (3^2)^\frac{1}{3} \\
A=(81\times3^2)^\frac{1}{3} \\
A=(9^2\times9^1)^\frac{1}{3} \\
A=(9^3)^\frac{1}{3} \\
A=9^\frac{3}{3} \\
A=9^1 \\
A=9 inches^2\]
So therefore our answer is 9

Answer 7

Ok, thanks so much! :D

Answer 8

By the way, the square root is created by typing : "\sqrt{}", typing what you want in the curly braces, then by adding a \] to the end of the \sqrt{} and a \[ to the left of the \sqrt{}

Answer 9

@wolf1728 @jagr2713 That computer language is called "Math Jax" or "LaTex" and it helps to learn it. With it, you can type complex equations like:

\[\sqrt[8]{\frac{\frac{d}{dt}y(t)-\prod_{n=1}^5{\frac{n!}{n^n-n}}}{\sum^\infty_{\sigma=3}{\int^t_\sigma \Psi(\xi)d\xi}}}=\frac{d^2}{dt^2}y^\beta(t)\]

Answer 10

Now, that is definitely a mouthful right there.