I have a physical problem that I already turned into a system of equations:
q*t = c + x*t (1)
e*t = f + y*t (2)
x^2 + y^2 = g^2 (3)
I wanted to solve it, but the result gets complicated and I wonder if there is a simpler solution.
I basically solve for x from (3), use that in (1) to solve for y. Then I use that in (2) to solve for t:
(3) => x = sqrt(g^2 - y^2) (4)
use (4) in (1) => q*t = c + sqrt(g^2 - y^2)*t => t = c / (b-sqrt(g^2-y^2)) (5)
(2) => e = f/t + y (6)
use (5) in (6) => e = f/c * (b-sqrt(g^2-y^2)) + y
and then I let WolframAlpha solve for y (because I forgot how to do things like this myself ) which gives this:
Is this an OK solution? or is there a simpler method?
Thank you
q*t = c + x*t (1)
e*t = f + y*t (2)
x^2 + y^2 = g^2 (3)
I wanted to solve it, but the result gets complicated and I wonder if there is a simpler solution.
I basically solve for x from (3), use that in (1) to solve for y. Then I use that in (2) to solve for t:
(3) => x = sqrt(g^2 - y^2) (4)
use (4) in (1) => q*t = c + sqrt(g^2 - y^2)*t => t = c / (b-sqrt(g^2-y^2)) (5)
(2) => e = f/t + y (6)
use (5) in (6) => e = f/c * (b-sqrt(g^2-y^2)) + y
and then I let WolframAlpha solve for y (because I forgot how to do things like this myself ) which gives this:
solve e = f/c * (b-sqrt(g^2-y^2)) + y for y - Wolfram|Alpha
Wolfram|Alpha brings expert-level knowledge and capabilities to the broadest possible range of people—spanning all professions and education levels.
www.wolframalpha.com
Is this an OK solution? or is there a simpler method?
Thank you