SOLUTION: A distributor has two gasohol blends: one that contains 5.00% alcohol and another with 11.0% alcohol. How many litres of each must be mixed to make 488 L of gasohol containing 9.50
Algebra.Com
Question 1115538: A distributor has two gasohol blends: one that contains 5.00% alcohol and another with 11.0% alcohol. How many litres of each must be mixed to make 488 L of gasohol containing 9.50% alcohol?
Answer by josgarithmetic(39617) (Show Source): You can put this solution on YOUR website!
, x for how many liters of the 5%.
RELATED QUESTIONS
a distributor has two gasohol blends: one that contains 6% alcohol and another with 13%... (answered by richwmiller)
A distributor has two gasohol blends: one that contains 5.00% alcohol and another with... (answered by richwmiller)
A distributor has two gasohol blends: one that contains 5.00% alcohol and another with... (answered by josgarithmetic)
A distributor has two gasohol blends: one that contains 5.00% alcohol and another with... (answered by ikleyn)
Two gasohol mixtures are available, one with 6.35% alcohol and the other with 11.28%... (answered by josmiceli)
How do I solve this?
Two different gasohol mixtures are available. One contains 5%... (answered by rwm)
Two gasohol mixtures are available, one with 6.35% alcohol and the other with 11.28%... (answered by Boreal)
a test solution of gasohol contains 60L of gasoline and 15L of alcohol. How much pure... (answered by rapaljer)
One jar contains 5/6 alcohol and another 8/9 alcohol. How many liters taken from each jar (answered by harpazo)