Circle, Cylinder, Sphere

Circle, Cylinder, Sphere

Dan Meyer 3 Act Lesson: 1. Guess which glass contains more soda. 2. A can of Coca-Cola contains 12 ounces. Guess how much soda is in each glass right now.

Dan Meyer 3 Act Lesson: 1. Guess which glass contains more soda. 2. A can of Coca-Cola contains 12 ounces. Guess how much soda is in each glass right now.

Articles and videos discuss turning a sphere inside out. But what I want to know is: what is a sphere reciprocal, the inverse of the equation of a sphere?

Articles and videos discuss turning a sphere inside out. But what I want to know is: what is a sphere reciprocal, the inverse of the equation of a sphere?

Computer drawings of several objects. The equations for the  volume of a sphere, cylinder, cube and rectangular prism are given.

Computer drawings of several objects. The equations for the volume of a sphere, cylinder, cube and rectangular prism are given.

Alien megastructure, dyson sphere, dyson swarm, kepler | Popular Science

Alien megastructure, dyson sphere, dyson swarm, kepler | Popular Science

Equation of a Sphere in 3-Space: Dynamic Illustration

Equation of a Sphere in 3-Space: Dynamic Illustration

Find the Standard Equation of a Sphere | Every Step Calculus

Find the Standard Equation of a Sphere | Every Step Calculus

Early attempts;1687; Sir Isaac Newton, in book 2 of his publication, "Philosphiae Naturalis Principia Mathmatica" he presented, theoretically the derivation, in essence of the drag equation, whilst investigating the ballistics of cannonballs. Newton theorized that a sphere must push aside a volume of gas equal to the projected area of the sphere times it's velocity.

Early attempts;1687; Sir Isaac Newton, in book 2 of his publication, "Philosphiae Naturalis Principia Mathmatica" he presented, theoretically the derivation, in essence of the drag equation, whilst investigating the ballistics of cannonballs. Newton theorized that a sphere must push aside a volume of gas equal to the projected area of the sphere times it's velocity.

The Hard Sphere Monte Carlo Model performs canonical Monte Carlo simulations of 256 or 500 hard spheres covering the fluid and solid states. The results are analysed through the radial distributions functions from which the equation of state (EOS) is estimated. This is done by fitting a polynomial to the radial distribution functions in order to exrapolate them to the hard spheres distance of contact.

The Hard Sphere Monte Carlo Model performs canonical Monte Carlo simulations of 256 or 500 hard spheres covering the fluid and solid states. The results are analysed through the radial distributions functions from which the equation of state (EOS) is estimated. This is done by fitting a polynomial to the radial distribution functions in order to exrapolate them to the hard spheres distance of contact.

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