User blog:GreyFang82/Energy Needed to Atomize The Great Pyramid of Giza

I'm sorry I cannot calculate Atomization, I made a mistake in naming this blog and I cannot change it I will be calculating Fragmentation to Pulverization

This is more for personal use rather than anything else...

Not only will I calculate the need energy to fragment, violently fragment, and pulverize The Great Pyramid of Giza.

According to this website


 * https://www.illustrativemathematics.org/content-standards/tasks/1899

The Great Pyramid of Giza has a volume of 78,300,000 cubic feet or 2,217,209,090,000 cubic centimeters

Now we just plug in values for either concrete or cement from the Vs Wiki

We will start with the low-balls and the work our way up

-Fragmentation-

Low-Ball (Concrete)

6 j/cc

2,217,209,090,000 x 6 = 13,303,255,000,000 joules or 3.17 Kilotons of TNT => Small Town Level

High Ball (Cement)

8 j/cc

2,217,209,090,000 x 8 = 17,737,673,000,000 joules or 4.23 Kilotons of TNT => Small Town Level

-Violent Fragmentation-

Low-Ball (Concrete)

18.5 j/cc

2,217,209,090,000 x 18.5 = 41,018,368,000,000 joules or 9.8 Kilotons of TNT => Town Level

High-Ball (Cement)

69 j/cc

2,217,209,090,000 x 69 = 152,987,430,000,000 joules or 36.56 Kilotons of TNT => Town Level

-Pulverization-

Low-Ball (Concrete)

40 j/cc

2,217,209,090,000 x 40 = 88,688,364,000,000 joules or 21.19 Kilotons of TNT => Town Level

High-Ball (Cement)

214 j/cc

2,217,209,090,000 x 214 = 474,482,750,000,000 joules or 113.40 Kilotons of TNT => Large Town Level