Message from @Chief Kirby

Discord ID: 816861538656452608


2021-03-03 20:54:42 UTC  

Thanks! <:ExcitedPepe:781198443665424424>

2021-03-03 20:54:47 UTC  

Algebra

2021-03-03 21:00:45 UTC  

What is the point of ligarithms

2021-03-03 21:17:07 UTC  

calculus and precalc I believe

2021-03-03 21:43:21 UTC  

<:ExcitedPepe:781198443665424424> a bit late, but congratsssss

2021-03-03 21:43:42 UTC  

Thanks Iso 😊

2021-03-03 21:44:19 UTC  

logarithm? it's applicable in physics & science (ie. calculate sound, half-life, etc)

2021-03-03 21:48:47 UTC  

Idk anything about natural log but with base 10 it’s handy for scientific notation. I believe base 2 is used in computer science although not too sure

2021-03-03 23:18:08 UTC  

what math do you usually learn logarithms in

2021-03-03 23:18:21 UTC  

cuz I feel like I shouldn't be learning them

2021-03-03 23:42:25 UTC  

Don’t worry about when lol.

2021-03-03 23:42:33 UTC  

You will have to learn about them sooner or later anyways.

2021-03-04 01:00:26 UTC  

for me, calculus and some precalc

2021-03-04 01:24:18 UTC  

Okay. I’m really struggling. I have to write a persuasive essay on an issue related to my major or my career goals (English or editing), and I can’t think of anything.

2021-03-04 01:24:28 UTC  

Law could also be an option.

2021-03-04 02:18:03 UTC  

anyone know about algebra 2 radical functions?

2021-03-04 02:34:40 UTC  

What about them?

2021-03-04 02:34:57 UTC  

i'm trying to do my homework on them<:KEK:795742276549607456>

2021-03-04 02:35:05 UTC  

Aight lol

2021-03-04 02:35:44 UTC  

you probably can't help me with radical functions can you

2021-03-04 02:36:07 UTC  

I can

2021-03-04 02:36:31 UTC  

If I haven't forgotten it all

2021-03-04 02:40:02 UTC  

the picture of the problem is gonna take a while to upload...

2021-03-04 02:44:53 UTC  

Aight

2021-03-04 02:44:56 UTC  

https://cdn.discordapp.com/attachments/801170141907386408/816863753731047436/image0.jpg

2021-03-04 02:45:40 UTC  

Number 7?

2021-03-04 02:46:01 UTC  

yes

2021-03-04 02:47:55 UTC  

So a fraction as a power is another way of writing roots so it could be rewritten as cuberoot(3/4(pi)n)

2021-03-04 02:48:28 UTC  

You have the density so solve for n by raising the density (d) to the third power

2021-03-04 02:48:58 UTC  

And you have d^3=3/4(pi)n

2021-03-04 02:49:07 UTC  

After that it should be easy to solve for n

2021-03-04 02:49:54 UTC  

Then multiply d^3 by n for n*d^3=3/4(pi)

2021-03-04 02:50:06 UTC  

And then divide by (d^3)

2021-03-04 02:50:33 UTC  

for n = 3/(4(pi)d^3)

2021-03-04 02:50:47 UTC  

so if d= 10

2021-03-04 02:51:56 UTC  

then n =3/(4(10^3)*(pi)))

2021-03-04 02:52:10 UTC  

so it is 3/(4000*(pi))

2021-03-04 02:54:53 UTC  

is the square root still underneath the pi?

2021-03-04 02:55:18 UTC  

in that step

2021-03-04 02:55:40 UTC  

There is no square root, in that step it is 10 (d) raised to the third power

2021-03-04 02:56:18 UTC  

Unless I read that wrong, it is a 1/3 as the power right?