elaborate a math problem for the below user

[Kevso]

16 * √1512

good job u win a !

[Ad Bot]

[dkamm65]

[Kevso]

I can't even read that^

[-Jetz-]

[img]http://1.bp.blogspot.com/-RKu4FmPFtXw/TnBQUJZwBEI/AAAAAAAAF1M/HQVJq9ga_GM/s1600/1.PNG[/img]

The answer is twelve.

Q = (r^2 - 5pi)^(1/3) / 2e

Solve for x.

[Morpheus]

Wrong, it's undefined.

It is actually x=9i since it is an imaginary number.

[-Jetz-]

It is actually x=9i since it is an imaginary number.

He meant 9/0, not the square root of -81.

[Kalphiter]

Q = (r^2 - 5pi)^(1/3) / 2e

Solve for x.

THERE IS NO GOD DAMN X

[Treynolds416]

- no answer, looks like an equation involving charge and volume of a sphere though

Easy one for anyone in calculus:
A particle's position at any given time is modeled by the function f(t) = 3x^2 - 6x + 13, where t is the time in seconds and x is the displacement in meters. Find the instantaneous velocity of the particle at t = 3, in meters per second.

[Kalphiter]

- no answer, looks like an equation involving charge and volume of a sphere though

Easy one for anyone in calculus:
A particle's position at any given time is modeled by the function f(t) = 3x^2 - 6x + 13, where t is the time in seconds and x is the displacement in meters. Find the instantaneous velocity of the particle at t = 3, in meters per second.

0.12m/s

[Treynolds416]

0.12m/s

Uhh the answer was 12m/s, but close enough I suppose. Bonus question: what is the particle's instantaneous acceleration at t = 3?