How many donuts stacked on top of each other would it take to reach the moon from earth?

Answer 1

None, because a chicken dosn't have lips.

Answer 2

If we use the low estimate Big Mac height of 3.6 inches (0.09 m), it would take about 4.2 billion (4.271 billion) in a stack to reach the Moon (384,400 kilometers on the average). If we use the advertised height of 3.75 inches (3,374 to equal the Eiffel Tower), you only need 4.05 billion.

4,271,000,000 x 0.09 = 384,400,000 meters

Answer 3

If a cheese burger is 50mm thick then there are 20 in a meter and 20,000 in kilometer. The average distance to the Moon is 384,000 so you will need 7,680,000,000 burgers, that is about 8 billion!

McDonald's sells about 20 million cheese-burgers a day worldwide, which is about 8 billion burgers per year, the amount needed to stack to the Moon!

Answer 4

Depending on the type and quality of a hamburger, it can range from a depth of .25" to over an inch.

So taking a "normal" hamburger at .5 inch. It would require, at an average distance to the Moon, you would need 3.02676378 x 1010 or 30,267,637,800 - Over 30 billion. If relish and salad items were included the amount would be less, ditto if buns were included in the equation.

At 700lb of "meat" and derivatives - you did say hamburger - from a cow, you'd get 2,800 burgers per cow.

So to reach the Moon, you'd need to kill 10,809,871 (About 11 million) cows to accomplish your task.

So it's achievable!!!

Answer 5

It takes 1,234,765,384 big macs to fill the moon

Answer 6

164,235,564,956,245.

Answer 7

80,000,000,000

80 billion