SOLUTION: Hello, wondering if someone can check my work on the following: (1/y + 1/3) / (1/y - 1/3) (3 + y)/(y3) / (3 + y)(-1) /(y3) (y + 3) / (3y) / (3 - y) / (3y) (y+3/3y) / (
Algebra
->
Algebra
->
Polynomials-and-rational-expressions
-> SOLUTION: Hello, wondering if someone can check my work on the following: (1/y + 1/3) / (1/y - 1/3) (3 + y)/(y3) / (3 + y)(-1) /(y3) (y + 3) / (3y) / (3 - y) / (3y) (y+3/3y) / (
Log On
Ad:
Algebrator™
solves your algebra problems and provides step-by-step explanations!
Ad:
Algebra Solved!™
: algebra software solves algebra homework problems with step-by-step help!
Algebra: Polynomials, rational expressions and equations
Solvers
Lessons
Answers archive
Quiz
In Depth
If you need
immediate math help from PAID TUTORS right now
, click here
. (paid link)
Click here to see ALL problems on Polynomials-and-rational-expressions
Question 58483
:
Hello, wondering if someone can check my work on the following:
(1/y + 1/3) / (1/y - 1/3)
(3 + y)/(y3) / (3 + y)(-1) /(y3)
(y + 3) / (3y) / (3 - y) / (3y)
(y+3/3y) / (-y+3/3y)
(y+3/3y) * (3y/-y + 3)
(y+3)(3y)/(3y)(-y+3)
(y+3)3y/3y (-y+3)
3 (y+3)y/3y(-y + 3)
y+3/-y-3
Answer by
funmath(2873)
(
Show Source
):
You can
put this solution on YOUR website!
You're real close, I think you're just missing a parenthesis:
/
/
/
<--- this is fine here, if you want to lead with y's:
<---if you have something against leading - numbers:
Happy Calculating!!!