The ratio of zinc, copper and tin in any alloy is 2:3:1, and in another alloy, the ratio of copper, tin and glass is 5:4:3. If in a new alloy both are taken in the same weight, then what will be the weight of glass per kg in the new alloy?

Q. An alloy contains zinc, copper and tin in the ratio $2:3:1$ and another alloy contains copper, tin and lead in the ratio $5:4:3.$ If equal weights of both alloys are melted together to form a third alloy, then the weight of lead per kg in new alloy will be

Q. An alloy contains copper and zinc in the ratio 5:3 and another alloy contains copper and tin in the ratio 8:5. If equal weights of both alloys are melted together, then the weight of tin in the resulting alloy per kg will be

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Q68. An alloy contains copper and zinc in the ratio 5:3 and another alloy contains copper and tin in the ratio 8:5. If equal weights of both alloys are melted together, then the weight of tin in the resulting alloy per kg will be

Q. 60 kg of an alloy A is mixed with 100 kg of alloy B. If alloy A has lead and tin in the ratio 3 : 2 and alloy B has tin and copper in the ratio 1 : 4, then the amount of tin in the new alloy is

Q. $60kg$ of alloy A is mixed with $100kg$ of alloy B. If alloy A has lead and tin in the ratio $3:2$, and alloy B has tin and copper in the ratio $1:4$, then amount of tin in the new alloy is