To determine how many pennies it would take to cover a wall, you first need to know the dimensions of the wall and the size of a penny. A penny has a diameter of about 1.9 cm. For example, if a wall is 2 meters by 3 meters (or 200 cm by 300 cm), the wall area is 60000 cm². The area of a penny is approximately 2.8 cm², so you would need about 21,428 pennies to cover that wall.
i tink it would take about maybe estimate of 10,000 pennies i tink it would take about maybe estimate of 10,000 pennies
To cover the entire Earth with pennies, we first need to calculate the Earth's surface area, which is approximately 510 million square kilometers, or 510 trillion square meters. A penny has a diameter of about 1.9 centimeters, giving it a surface area of approximately 2.8 square centimeters. Dividing the Earth's surface area by the area of a penny reveals that it would take roughly 1.8 trillion pennies to cover the entire surface of the Earth. This is a simplified estimate, as it does not account for terrain or the three-dimensional nature of pennies.
100 pennies
5 pennies
4 pennies/day = 100 pennies ($1.00)/25 days = 1000 pennies ($10.00)/250 days
i tink it would take about maybe estimate of 10,000 pennies i tink it would take about maybe estimate of 10,000 pennies
100 pennies in a dollar times 9000 or 900,000 pennies
To cover the entire Earth with pennies, we first need to calculate the Earth's surface area, which is approximately 510 million square kilometers, or 510 trillion square meters. A penny has a diameter of about 1.9 centimeters, giving it a surface area of approximately 2.8 square centimeters. Dividing the Earth's surface area by the area of a penny reveals that it would take roughly 1.8 trillion pennies to cover the entire surface of the Earth. This is a simplified estimate, as it does not account for terrain or the three-dimensional nature of pennies.
100 pennies
5 pennies
1 million
Modern US cents are 3/4 of an inch wide, with an area of 0.442 square inches. The Sun is a sphere with a diameter of 865,000 miles, and a maximum cross-sectional area of about 587 billion square miles. To equal the area of the Sun's visible face, you would need 5.38 x 10^21 pennies (5.38 billion trillion pennies) - this could create a penny-thick disk the same size as the Sun. If you had to overlap the pennies rather than melt them down, it would take at least 6.85 x 10^21 pennies.
4 pennies/day = 100 pennies ($1.00)/25 days = 1000 pennies ($10.00)/250 days
2,500,000 pennies fuktard
On the eleventh day you would have 1,024 pennies, but if you save up all your pennies, you will have 1,023 pennies after being paid on the tenth day
I usually use 25,000.
1 if it's big enough