A nickel has a thickness of approximately 1.95 millimeters. Since there are 25.4 millimeters in an inch, you would need about 13 nickels stacked to reach an inch (25.4 mm ÷ 1.95 mm ≈ 13).
Assume that nickels are measured in diameter, and we want to form the certain number of nickels to form an inch. Let the diameter of the nickel be 22 millimeters, which is 2.2 centimeters. Note that 1 inch = 2.54 centimeters. Then, there is no definite number of nickels that exactly form an inch since: 2.54 centimeters * 1 nickel / 2.2 centimeters = 1.15... nickels [and we obtain the "incomplete" nickel to form an inch]!
A nickel has a thickness of about 1.95 millimeters, which is approximately 0.077 inches. To find out how many nickels would equal 100 inches, you would divide 100 by 0.077. This calculation shows that you would need around 1,298 nickels to reach a height of 100 inches.
To find out how many nickels are in a 100-inch tall tower, we first need to know the height of a single nickel. A nickel is approximately 1.95 mm thick, which is about 0.077 inches. Dividing 100 inches by 0.077 inches gives approximately 1,298 nickels. Therefore, a 100-inch tall tower can hold about 1,298 nickels.
US nickels are 1.95 mm thick. A US inch is 25.4 mm so you would need 25.4 / 1.95 = 13 coins.
1303 Nickels stacked up would be roughly 100 inches. A nickel is 1.95mm thick which is 0.07677165 inches thick.
There are 13 stacked nickels in an inch, 12 inches in a foot and the Empire State building is 1250 feet high to the 102nd floor so 195,000 nickels would be needed.
Assuming US and not Canadian nickels (0.01 difference) Taking the average distance from the Earth to the Moon, you could reach the Moon from Earth with 18,123,479,491 nickels or just over 18 billion.
Assume that nickels are measured in diameter, and we want to form the certain number of nickels to form an inch. Let the diameter of the nickel be 22 millimeters, which is 2.2 centimeters. Note that 1 inch = 2.54 centimeters. Then, there is no definite number of nickels that exactly form an inch since: 2.54 centimeters * 1 nickel / 2.2 centimeters = 1.15... nickels [and we obtain the "incomplete" nickel to form an inch]!
A nickel has a thickness of about 1.95 millimeters, which is approximately 0.077 inches. To find out how many nickels would equal 100 inches, you would divide 100 by 0.077. This calculation shows that you would need around 1,298 nickels to reach a height of 100 inches.
US nickels are 1.95 mm thick; 6*1.95 = 11.7 mm or 1.17 cm Canadian nickels are 1.76 mm thick; 6*1.76 = 10.56 mm or 1.056 cm
To find out how many nickels are in a 100-inch tall tower, we first need to know the height of a single nickel. A nickel is approximately 1.95 mm thick, which is about 0.077 inches. Dividing 100 inches by 0.077 inches gives approximately 1,298 nickels. Therefore, a 100-inch tall tower can hold about 1,298 nickels.
it would be 1600 nickels because according to the US mints, each nickel is 1/16 of an inch thick and 1/16x100=1600. You're welcome. 😎
If we assume the target is the moon's surface about 238,855 miles away, and a nickel is about 0.08 inches thick, you would need around 49,363,635,740,626 nickels stacked on top of each other to reach the moon. This calculation assumes ideal conditions and doesn't account for various complexities like structural integrity, weight, or practicality.
A single nickel in the United States has a diameter of 0.835 inches. Therefore, it would take approximately 1.2 nickels to make one inch.
US nickels are 1.95 mm thick. A US inch is 25.4 mm so you would need 25.4 / 1.95 = 13 coins.
11,608
A U.S. minted 0.25 cent piece is 1/16th of an inch thick. So 16.