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Ping-Pong Ball Business Sell

Ping-Pong Ball Business Sell. By Sean J, Eric S. Darius H. Donavon T. Tyrell C. Christian S.and Cesar N. First of all. First we have to figure out the V=volume, and SA=surface area of all of the shapes on the bottom of the screen; a cylinder, rectangular prism, and a triangular prism.

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Ping-Pong Ball Business Sell

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  1. Ping-Pong Ball Business Sell By Sean J, Eric S. Darius H. Donavon T. Tyrell C. Christian S.and Cesar N.

  2. First of all • First we have to figure out the V=volume, and SA=surface area of all of the shapes on the bottom of the screen; a cylinder, rectangular prism, and a triangular prism.

  3. Formula of the Cylinder • A Cylinder is a three-dimensions shape with two opposite faces that are congruent circles. The sides (lateral surface) is a rectangle that is “wrapped around” the circular faces at the end. • To calculate the surface area, we use 2r2 + 2rH. • The volume can be found using r2 H.

  4. Formula of the rectangular prism *A prism with a top and a bottom (base) that are congruent rectangles. *First, to find the V=volume we have to use the equation L*H*W. *Then to find the surface area you have to use 2(L*W)+2(L*H)+2(W*H) and then it will tell us the total area of the shape.

  5. Formula of thetriangular prism • The formula for finding the surface area of a triangular prism is 2(.5*h*l)+3(h*w). It’s a triangle with three rectangular faces that are perpendicular to the triangle faces of the prism. • The volume can be found by using .5*h*l*h.

  6. Bibliography • http://www.abcteach.com/Extras/maths_centre.htm • http://accad.osu.edu/~pgerstma/class/vnv/resources/info/AnnotatedVrmlRef/Images/Cylinder.gif

  7. Thank you for watching ourpresentation

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