To find density you must first determine the mass and volume. Also, it matters if your penny or penny's are pre 1982 or post due to the metal they were created in. 10 post '82 penny's will weigh in approx. 25.0 grams. To get your volume = 3.14 X radius squared x height. In this case it would look like V = 3.14 x 9.5mm x 9.5mm x 1.27mm. Whereas V= 360 cubic millmeters. To get your density, we use Density = Mass/Volume. So Density=25\360, which equals .0694 g/cubic millimeters.
You can get a stack of pennies, measure the height of the stack and then divide by the number of pennies. You can also get the thickness by treating the penny as a cylinder, calculating the area of the face of the penny, then putting a whole lot of them in water, measuring the change of volume to get the total volume of all pennies, then divide by the number of pennies and divide again by the area of the penny to get the thickness.
There are very many countries which use pennies as their minor currency units, including the US where, for some bizarre reason, a cent is also called a penny. The country is not specified. Assuming it is the UK and that the embossing adds so volume, 200 penny coins will have a volume of approx 107 millilitres.
To calculate the number of pennies needed to fill a 1.75 liter bottle, we first need to determine the volume of a single penny. A US penny has a volume of approximately 0.36 cubic centimeters. Next, we convert the volume of the bottle to cubic centimeters, which is 1750 milliliters or 1750 cubic centimeters. Finally, we divide the volume of the bottle by the volume of a penny to find out how many pennies will fit, which is approximately 4861 pennies.
The volume of a standard coffee can is approximately 1 gallon or 231 cubic inches. The volume of a penny is 0.0268 cubic inches. Dividing the volume of the coffee can by the volume of a penny gives us approximately 8,612 pennies that can fit into a coffee can.
Pre-1982 Lincoln cents weigh 3.11 grams and have a diameter of 19mm, 1982 to date weigh 2.5 grams with the same diameter.
A 1982 penny is heavier than a 2006 penny. In 1982, the composition of the penny changed from being mostly copper to mostly zinc. The higher copper content in the 1982 penny makes it heavier than the 2006 penny, which is mostly zinc.
Check the weight. Copper pennies (pre-1982) should weigh 3.11 grams.
The pH of a penny will depend on its composition. A pre-1982 penny (made of 95% copper and 5% zinc) may have a slightly acidic pH around 4-5 due to oxidation. A post-1982 penny (copper-plated zinc) may have a neutral pH around 7.
Pre-1982 pennies are made of bronze, which is 95% copper plus 5% tin and/or zinc. Post-1982 pennies are zinc with a thin coating of copper.
Yes. As of January 14, 2010, with copper at $3.3764/lb and zinc at $1.1251/lb, a pre-1982 penny (95% copper and 5% zinc) has a "melt" value of 2.23774 cents. See the website http://www.coinflation.com/ for current "melt" values.
If its pre-1982 ketchup works. Just put on a dab and wait a min and wipe it off.
Pre-1982 copper pennies weigh 3.11 grams. Pennies made since then are mostly zinc and weigh 2.5 grams.
To find density you must first determine the mass and volume. Also, it matters if your penny or penny's are pre 1982 or post due to the metal they were created in. 10 post '82 penny's will weigh in approx. 25.0 grams. To get your volume = 3.14 X radius squared x height. In this case it would look like V = 3.14 x 9.5mm x 9.5mm x 1.27mm. Whereas V= 360 cubic millmeters. To get your density, we use Density = Mass/Volume. So Density=25\360, which equals .0694 g/cubic millimeters.
The density of a penny from 1982 is approximately 7.0 grams per cubic centimeter.
The post-1982 penny is made of 97.5% zinc and 2.5% copper.
If the penny was made pre-1982, it weighs 3.11 gm and is made of bronze containing 95% copper. That means it contains 0.95 * 3.11 = 2.955 gm of pure copper. If the penny was made post-1982, the penny will weigh 2.5 gm and be made of 97.5% zinc with a coating of copper, so it only contains 0.025 * 2.5 = 0.0625 gm of pure copper.