SOLUTION: Jim can fill a pool carrying buckets of water in 30 minutes. Sue can do the same job in 45 minutes. Tony can do the same job in 1 ½ hours. How quickly can all three fill the pool t

Algebra.Com
Question 167533: Jim can fill a pool carrying buckets of water in 30 minutes. Sue can do the same job in 45 minutes. Tony can do the same job in 1 ½ hours. How quickly can all three fill the pool together?
I dont know how to do this type of problem. Is there a formula? How would you solve the one above?

Answer by Mathtut(3670)   (Show Source): You can put this solution on YOUR website!
Jim works at a rate of 1/30 of job per minute
Sue works at a rate of 1/45 of job per minute
Tony works at a rate of 1/90 of job per minute
now the are doing the job together
multiply equation by 90
---> minutes for all of them to do the job

RELATED QUESTIONS

Jim can fill a pool carrying buckets of water in 30 minutes. Sue can do the same job in... (answered by AnlytcPhil)
Jim can fill a pool carrying buckets of water in 30 minutes. Sue can do the same job in... (answered by ptaylor)
Jim can fill a pool carrying buckets of water in 30 minutes. Sue can do the same job in... (answered by josmiceli)
Jim can fill a pool carrying buckets of water in 30 minutes. Sue can do the same job in... (answered by Alan3354)
Jim can fill a pool carrying buckets of water in 30 minutes. Sue can do the same job in... (answered by jim_thompson5910)
Jim can fill a pool carrying buckets of water in 30 minutes. Sue can do the same job in... (answered by drk)
Jim can fill a pool carrying buckets of water in 30 minutes. Sue can do the same job in... (answered by unlockmath)
Jim can fill a pool carrying buckets of water in 30 minutes. Sue can do the same job in... (answered by Alan3354)
Jim can fill a pool carrying buckets of water in 30 minutes. Sue can do the same job in... (answered by scott8148,solver91311)
Jim can fill a pool carrying buckets of water in 30 minutes. Sue can do the same job in... (answered by ewatrrr)