Not much. Tin and lead used to be a very common alloy for solders.
You get a fairly soft metal that flows and wicks well when melted and happily whets to iron, copper, zinc, brass, silver.
very little - tin is quite unreactive
No, because tin is above lead in the activity series.
Sodium chloride remain in solution; lead(II) chloride is practically insoluble in water.
There will be no reaction so only a mixture will be formed
No. They are metallic lead, usually alloyed with tin and antimony.
carbon, silicon, germanium, tin, and lead.
You get Tin Steel Mix
Pewter, it's a type of metal, a mix of mainly tin and a little copper and lead.
No reaction between them
Tin and lead makes pewter
Tin and lead make solder.
If the question relates to solder or tin-lead plating of electronic components to prevent tin whiskers from growing then the answer is a minimum of 3% lead in the tin solder. Eutectic tin-lead solder for electronics is 63% tin 37% lead. Due to the European Union's lead ban (environmental regulation called RoHS), non-lead tin solders have been developed; SAC alloys (tin-silver-copper) being most common. A higher temperature is required to melt solders that do not contain lead. As of this writing (Oct 2010), there is no adequate substitute for lead. Tin whiskers may grow and eventually cause electronic products to fail and we do not know why that happens or how long it takes for them to grow. One scientist at NASA aptly summarized the situation: "Sometimes tin whiskers" For sheetmetal (copper, tin plate, galvanized steel plate soldering, 50% tin - 50% lead is preferred. 50-50 was used for copper plumbing until lead was banned (concerns about water quality). Silver replaced the lead and a higher temperature was required to melt it.
Silicon, Germainium, Tin, Lead, Ununquadium.
no cause its TIN TIN THE MOVIE
Any of various fusible alloys, usually tin and lead, used to join metallic parts.
Lead has more protons. Lead contains 82 protons, while tin only contains 50.
Tin is more conductive. Lead is used to ease application.
No, because tin is above lead in the activity series.