SOLUTION: A silversmith has two alloys, one containing 50% silver and the other 40% silver. How much of each should be melted and combined to obtain 700 grams of an alloy containing 46% silv

Algebra.Com
Question 866877: A silversmith has two alloys, one containing 50% silver and the other 40% silver. How much of each should be melted and combined to obtain 700 grams of an alloy containing 46% silver?
40% silver alloy g
50% silver alloy g

Answer by josgarithmetic(39620)   (Show Source): You can put this solution on YOUR website!
The idea is explained in here:

Mixing two concentrations for known amount of mixture

The same general solution works for all examples of this type.

RELATED QUESTIONS

A silversmith has two alloys, one containing 50% silver and the other 40% silver. How... (answered by ikleyn)
A silversmith has two alloys, one containing 50% silver and the other 30% silver. How... (answered by josgarithmetic)
A silversmith has two alloys, one containing 70% silver and the other 40% silver. How... (answered by Maths68)
A silversmith has two alloys, one containing 60% silver and the other 40% silver. How... (answered by mananth)
A silversmith has two alloys, one containing 60% silver and the other 40% silver. How... (answered by Alan3354)
A silversmith has two alloys, one containing 35% silver and the other 66% silver. How... (answered by Fombitz)
A silversmith has two alloys, one containing 60% silver and the other 20% silver. How... (answered by nyc_function)
A silversmith has two alloys, one containing 70% silver and the other 30% silver. How... (answered by stanbon)
A silversmith has two alloys, one containing 70% silver and the other 20% silver. How... (answered by KMST)