When people think of the penny, many get the image of a small, bronze, copper coin. Before the year 1982, this idea would be accurate to reality, as the coin was mostly made of copper. However, ever since then, pennies have been composed of “97.5% zinc, with a little copper mixed in for appearance’s sake” (source A). Zinc is being used because it is less costly than copper. Although, even with this modification in its manufacturing design, the coin is still costing more to make than it is worth. Within the past few years, its cost has fluctuated slightly, but has stayed around 1.6 cents. At such a low value to begin with, and costing more to make than its actual value, it is not worth the time, cost, nor the energy being used to produce the penny. While all of this energy and money is going into manufacturing these pennies, the mills could be much more efficient and mass-produce many other coins, more useful than the
When people think of the penny, many get the image of a small, bronze, copper coin. Before the year 1982, this idea would be accurate to reality, as the coin was mostly made of copper. However, ever since then, pennies have been composed of “97.5% zinc, with a little copper mixed in for appearance’s sake” (source A). Zinc is being used because it is less costly than copper. Although, even with this modification in its manufacturing design, the coin is still costing more to make than it is worth. Within the past few years, its cost has fluctuated slightly, but has stayed around 1.6 cents. At such a low value to begin with, and costing more to make than its actual value, it is not worth the time, cost, nor the energy being used to produce the penny. While all of this energy and money is going into manufacturing these pennies, the mills could be much more efficient and mass-produce many other coins, more useful than the