What Are the Displacement Vectors of Chess Pieces in Physics?

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The discussion focuses on understanding the displacement vectors of chess pieces in a physics context, emphasizing the need for a reference frame to define direction and magnitude. Participants explore potential displacement vectors for various pieces, such as pawns, knights, and queens, suggesting specific coordinates for their movements. The importance of using the Pythagorean theorem and trigonometric principles, like "Soh Cah Toa," is highlighted to analyze these movements in terms of right triangles. The conversation aims to clarify how to express the allowable displacements of chess pieces in vector coordinates. Overall, the thread serves as a guide for writing a paper on the physics of chess piece movements.
brokenangel1787
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I have to write a paper with a friend on displacement vectors of Chess peices but I don't really know where to start...can anyone help...I've done all the research
 
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brokenangel1787 said:
I have to write a paper with a friend on displacement vectors of Chess peices but I don't really know where to start...can anyone help...I've done all the research
A vector has to have a magnitude and a direction. In order to express the direction, you have to use a reference frame. What would be the axes of this reference frame and what are the units of measurement? Then you have to work out what the allowable displacements are in terms of vector coordinates.

What would be the displacement vectors associated with a pawn? Would (-1,0) be one? How about (0,1)? or (-1, 1)?

A knight: (1,2)? (2, 1)? (-2,1)? (-1,-2)?

Queen? (5,5)? (6,0)? (1,3)?

You get the idea.

AM
 
Another hint (for high school physics). Remember the pythagorean theorem? Remember "Soh Cah Toa"? Think "right triangles."
 
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