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6 answers

must be something to do with the angles....don't really know

2006-12-19 10:02:30 · answer #1 · answered by space0505 3 · 0 0

the triangle is not the strongest shape a circle is the strongest shape as a pressure put on to it is evenly distributed across the entire shape, where as in a triangle the pressure can only be evenly distributed until an angle or corner occurs

2006-12-19 10:57:06 · answer #2 · answered by kit h 1 · 1 0

The triangle is the strongest shape because it has three sides. All the weight put on it is distributed evenly along its angles.

2006-12-19 10:04:03 · answer #3 · answered by mc² 2 · 0 0

this would be overkill, yet right this is a stable answer which will provoke your instructor: a million: If the lengths of the factors of two triangles are the comparable, then the triangles are congruent, and for this reason the angles are the comparable (think of approximately it: in case you build a triangle from 3 sticks, the angles are precisely desperate). 2: To deform a triangle, you need to substitute its angles or the lengths of its factors. (In physics type, you could often assume that immediately beams won't bent and that joints are certainly hinges). 3: If the angles substitute, then the ingredient lengths additionally must substitute (this follows logically from the 1st step in our reasoning). 4 (end): with the intention to deform a triangle, you could desire to alter the lengths of its factors. This explains why triangles are solid: to deform a triangle, you need to compress or stretch its factors (that's frustrating to do!), while to deform a rectangle, you could purely substitute its angles (that's comparatively uncomplicated).

2016-10-18 12:18:07 · answer #4 · answered by sachiko 4 · 0 0

Any other shape can deform by the angles between the sides changing, but the triangle can only change shape if something breaks

2006-12-19 10:18:14 · answer #5 · answered by Nomadd 7 · 0 0

See answer by marinespill ! !

Circles and Spheres Squash/Deform when any force is applied to their circumference/Surface.

2006-12-20 15:40:54 · answer #6 · answered by rice_dog 3 · 1 0

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