No. No genuine US coin other than the 1943 steel penny will stick to a magnet. If you have a US coin that sticks to a magnet other than the steel penny, it is a counterfeit.
If you're referring to true US or Canadian silver dollars made of silver and copper, the answer is no. Neither metal has the correct atomic structure to be attracted to a magnet. Modern US $1 coins are either cupronickel (1971-81 and 1999) or manganese brass. The latter is not attracted to a magnet, and while high-purity nickel alloys can stick the percentage of nickel in the older coins is too low - only about 8%. In contrast, modern Canadian $1 coins were mostly nickel and are now mostly steel so they are attracted.
"clad" coins with little or no silver contentCorrectionIt depends on what the coin is made of. US clad coins are mostly copper, with a small amount of nickel to give them a silvery color. While pure nickel does stick to a magnet there's so much copper (about 92% overall) that the coins don't stick. Some German coins (pre-euro) were made of steel clad with cupronickel, and these coins did stick to magnets.
For the same reason no other US cents stick to a magnet, except those dated 1943 - all other cents up to mi-1982 were made of bronze, which isn't a magnetic material.You DID try some other dates first . . . ?
The above answer is NOT correct. Coins are not magnetic, but depending on the metal they're made of SOME of them may be attracted to a magnet. Specifically, coins made of steel or high concentrations of nickel will be attracted to a magnet but those containing other metals such as copper or aluminum are not. Some Canadian, British, and European coins are made of steel as were 1943-dated US cents; all of these are attracted to a magnet. Other coins though have a lot of copper in them (e.g. most US coins except cents) and these are NOT attracted to a magnet.
Silver US dimes minted from 1873 to 1964 weighed 2.5 grams when new. The coins were made of an alloy of 90% silver and 10% copper, so they contain 2.25 gm of pure silver. Silver dimes with earlier dates weighed different amounts due to adjustments in the price of silver. When silver prices were deregulated and the composition of dimes, quarters, and halves was changed to copper-nickel, the weight of the dime was reduced to 2.27 grams to maintain the same diameter and thickness.
A 1935 US dime should be made of 90% silver and 10% copper. You can check the edge of the coin for a visible silver coloration. Alternatively, you can use a magnet - silver is not magnetic, so if the dime does not stick to the magnet, it is likely silver.
If you're referring to true US or Canadian silver dollars made of silver and copper, the answer is no. Neither metal has the correct atomic structure to be attracted to a magnet. Modern US $1 coins are either cupronickel (1971-81 and 1999) or manganese brass. The latter is not attracted to a magnet, and while high-purity nickel alloys can stick the percentage of nickel in the older coins is too low - only about 8%. In contrast, modern Canadian $1 coins were mostly nickel and are now mostly steel so they are attracted.
No genuine silver coin will stick to a magnet. US silver coins are made of an alloy of silver and a small amount of copper, usually 90%/10% and neither of those metals is attracted to a magnet. However genuine 1799 dollars are rare, and it's very possible you have one of the many fakes that have flooded the market in recent years. These could be made of any base metal including those like steel that would be attracted.
You can determine if a 1966 half dollar is silver by checking the edge of the coin. If it has a grayish line, it likely contains silver. You can also use a magnet - if the magnet does not stick to the coin, it may be silver. Finally, consult a coin dealer or use a testing kit for a definitive answer.
Close to $200.00 if i am right.
No circulating US coins were ever made of sterling silver (0.925 fine). US dimes, quarters, and halves minted up till 1964, and dollars up to 1935, were made of coin silver which is 0.900 fine.
No genuine silver coin will stick to a magnet. US silver coins are made of an alloy of silver and a small amount of copper, usually 90%/10% and neither of those metals is attracted to a magnet. However genuine 1799 dollars are rare, and it's very possible you have one of the many fakes that have flooded the market in recent years. These could be made of any base metal including those like steel that would be attracted.
It is. All half dollars made in 1964 and earlier are 90% silver.
If a genuine zinc plated steel cent, thousands of dollars. More likely a silver plated novelty item worth a few cents. Check with a magnet, if it does not stick, it's a fake. The US never made any 1 cent silver coins, look at the coin again.
"clad" coins with little or no silver contentCorrectionIt depends on what the coin is made of. US clad coins are mostly copper, with a small amount of nickel to give them a silvery color. While pure nickel does stick to a magnet there's so much copper (about 92% overall) that the coins don't stick. Some German coins (pre-euro) were made of steel clad with cupronickel, and these coins did stick to magnets.
You can check the composition of a 1948 dime using a magnet. If the dime is attracted to the magnet, it likely contains iron and is not pure silver. A pure silver dime will not be attracted to a magnet.
The US only made steel cents in 1943. Any silver-colored cents dated 1942 are plated. You can always use a magnet to test a suspected steel coin. If it doesn't stick to a magnet it's not steel.