The Newton element was created in honor of the magnanimous physical and mathematical figure of England, Sir Isaac Newton.
<p>The Newton element can be moved diagonally, vertically, and horizontally to the space of a circle of radius. The m indicates the circles where the Newton can be moved. Look at graph # 26.
</p><p>THE NEWTONIAN ATTACK.
This It has an attraction attack that is applied to the space of five circles of radius in diagonal form and whose attack when reaching the end of the spheres doubles the Angle of 90 degrees.
With Newton, the laws of permutations and variations of the theory of combinatorial analysis are applied.
If we move the newton to position (1-3i) from the position shown in graph # 27, we can apply the following move. Graphic # 28
Newtonian attack applying permutation concepts, where all the elements have been changed in position applying the attractiveness of the Newton element. Look at graph # 28 -A.
NT (-1, -3i) + DO (-3, -1i) + E (-5, 1i) + S (-4, 0) + DL (-4, -4i) + DZ (-5, -3i ) + DT (3, -3i) + DE (0, -2i) + DA (1, -1i) + DN (2, 0) + DV (3, 1i)
</p><p>Inductive substitution: it is a procedure by which we use the power of the Newton element, to attract various elements by making these elements replace each other. Example Also from the position of graph # 27 we have the possibility of applying the following Newtonian moviataque using inductive substitution, see graph # 28 –B.
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NT (-1, -3i) + E (-4, 2i) + (S) (E) + (DO) (S) + DL (-4, -2i) + (DZ) (DL) + DN (0 , -2i) + (DE) (DN) + (DV) (DE) + (DA) (DV)
<a href="//commons.wikimedia.org/wiki/User:Jose_Joel_Leonardo" title="User:Jose Joel Leonardo">Jose Joel Leonardo</a>
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<span class="int-own-work" lang="en">Own work</span>