Is this right?
The velocity of sound in air is given by the equation =20√(273+t) , where v is the velocity in meters per second and t is the temperature in degrees Celsius. Find the temperature when the velocity is 329 meters per second by graphing the equation. Round the answer to the nearest degree.

Question

Is this right?
The velocity of sound in air is given by the equation =20√(273+t) , where v is the velocity in meters per second and t is the temperature in degrees Celsius. Find the temperature when the velocity is 329 meters per second by graphing the equation. Round the answer to the nearest degree.

astrophysics · Answer

$$329 = 20\sqrt{273+t}$$

Solve for t.

ganeshie8 · Answer

congrats on reaching  $\large \color{gold}{75!} $

yanasidlinskiy · Answer

$$\frac{ 329 }{ z } = \frac{ 10\sqrt{273+t} }{20 }$$
$$(6.45)^2 = (\sqrt{273 + t} )^2$$
$$279.6 = 273 + t$$
-273     -273
t = -2

astrophysics · Answer

Yes, actually that works to.

yanasidlinskiy · Answer

Hahahha, Lol. Thanx @ganeshie8  I was sooo surprised when I've reached it:D!! Check my answer:D What did I do wrong?

astrophysics · Answer

Good job @YanaSidlinskiy and congrats on 75 xD

yanasidlinskiy · Answer

Thanx @Astrophysics  yall are the best!!:D You too ganeshie:D!!! Great on that LaTeX--> 75:D

yanasidlinskiy · Answer

I have another one. I need serious help though:D

neer2890 · Answer

but i think you asked  for graphing the equation.???

astrophysics · Answer

That should be cake with t :)

yanasidlinskiy · Answer

On my homework, it doesn't have a graph anyways. The main thing I want for this is ya'll to check if I have it set up and solved  correctly!

yanasidlinskiy · Answer

Lol, Astrophics:D