Add all of the cubes
To find the volume of a stack of centimeter cubes you only need to have the dimension of one side. Once you get the dimension of one side you can find its cube to get the volume of the stack.
A 100 dollar bill has a thickness of about 0.1mm. 3 feet is equal to 914.4 mm. Therefore, there would be [914.4/0.1 =] 9144 bills in the stack. The value of the stack would then be [9144 x 100 =] $914,400.
74 square metres.
A dime is 1.35 mm (0.135 cm) thick so a 5 cm stack would contain5/0.135 = 37.04 coins (approx).A dime is 1.35 mm (0.135 cm) thick so a 5 cm stack would contain5/0.135 = 37.04 coins (approx).A dime is 1.35 mm (0.135 cm) thick so a 5 cm stack would contain5/0.135 = 37.04 coins (approx).A dime is 1.35 mm (0.135 cm) thick so a 5 cm stack would contain5/0.135 = 37.04 coins (approx).
24 cubes would be it.
Oh, dude, let me do the math for you. So, if you wanna build a stack that's 3 cubes long, 2 cubes high, and 4 cubes deep, you'd need a total of 24 cubes. Yeah, that's right, 3 times 2 times 4 equals 24. So, grab those cubes and start stacking, my friend!
It depends on how many cubes in the stack and what shape they form.
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Add all of the cubes
To find the volume of a stack of centimeter cubes you only need to have the dimension of one side. Once you get the dimension of one side you can find its cube to get the volume of the stack.
Cubes are solid shapes that can stack neatly on top of each other, creating a stable structure.
There are 3 cubic cm in a 3 cm cube, so your answer is 3.
You stack them on each other.
Stack implementations allow us to easily implement backtracking algorithms.
3lb per sqinch
Since there are zero cubes in the stack, the surface area is zero sq cm.