- 674
- 97
http://i.imgur.com/BxeAPGh.png
As a Windows 10 user, I don't have access to a single app that allows you to draw straight lines on a photo, but I do have some apps that allow you to crop images, so you'll have to trust me when I say that I used that to find that Mario (who is canonically 5'1" or 61 inches or 150 cm) is 103 pixels tall in the image, while the Bob-Omb that the party effortlessly tanks is 200 pixels high; I suppose it is also the same length wide as it is a sphere. I did measure its width and get a larger number, but figured that that was just due to the weird diagonal perspective given in the game.
Anyway, 200/103 = approximately 1.94, meaning that the Bob-Omb is about 1.94 times as tall as Mario, ergo, roughly 291 cm tall.
Half that and you get the radius, which is 145.5 cm; throw that in the ol' volume formula and you get a volume of 12902610.5636839081394734 cubic centimeters.
Is it possible to calculate the force of an explosion based on the size of the bomb?
As a Windows 10 user, I don't have access to a single app that allows you to draw straight lines on a photo, but I do have some apps that allow you to crop images, so you'll have to trust me when I say that I used that to find that Mario (who is canonically 5'1" or 61 inches or 150 cm) is 103 pixels tall in the image, while the Bob-Omb that the party effortlessly tanks is 200 pixels high; I suppose it is also the same length wide as it is a sphere. I did measure its width and get a larger number, but figured that that was just due to the weird diagonal perspective given in the game.
Anyway, 200/103 = approximately 1.94, meaning that the Bob-Omb is about 1.94 times as tall as Mario, ergo, roughly 291 cm tall.
Half that and you get the radius, which is 145.5 cm; throw that in the ol' volume formula and you get a volume of 12902610.5636839081394734 cubic centimeters.
Is it possible to calculate the force of an explosion based on the size of the bomb?
