On the obverse (heads) side is an image of President Thomas Jefferson, and the reverse (tails) shows his home Monticello.
A dime is smaller than a nickel. A nickel is worth less than a dime. A dime has a ridged side, while a nickel is smooth and thicker.
It depends whether you're putting them side by side or stacking them. Side by side won't work very well because US nickels are 21.2 mm in diameter but an inch is 25.4 mm. If you stack them, the answer is almost exactly 13. Each nickel is 1.95 mm thick so there would be 25.4 / 1.95 = 13.03 coins in an inch. No one will miss that 0.03 of a nickel if the answer is rounded.
Monticello, Thomas Jefferson's plantation home.
A nickel's value is not voided due to worn surface. It should still be worth 5 cents.
U.S. nickels weigh 5 grams each and contain 25% nickel with 75% copper.
The right side
Since 1938, Thomas Jefferson, the third president of the United States has been on the obverse side of the Nickel.
the head on the headside of the nickel is thomas Jefferson
monticello
A dime is smaller than a nickel. A nickel is worth less than a dime. A dime has a ridged side, while a nickel is smooth and thicker.
a nickel
East Side West Side - 1963 The Passion of the Nickel Player 1-21 was released on: USA: 9 March 1964
It depends whether you're putting them side by side or stacking them. Side by side won't work very well because US nickels are 21.2 mm in diameter but an inch is 25.4 mm. If you stack them, the answer is almost exactly 13. Each nickel is 1.95 mm thick so there would be 25.4 / 1.95 = 13.03 coins in an inch. No one will miss that 0.03 of a nickel if the answer is rounded.
The presence of the word Monticello under the building indicates it's an image of Thomas Jefferson's home on the other side of a nickel.
Thomas Jefferson, 1938 to date.
It's a 1902 Liberty Head Nickel with a value of $3.00-$5.00 in average condition
Copper-nickel is an alloy of copper and nickel which have different densities. You need to know the proportions of each metal in the alloy to determine its density.