The perpendicular bisector bisects the angle at the vertex.
If the walls in your house were not perpendicular they would probably topple over and you would no longer have a daily life for perpendicular lines to affect.
A triangle is a rigid structure and the length of any of its sides makes no difference to its geometric rigidity. However, the longer the leg of any shape is, the more likely it is to buckle under strain. In that respect, the length of the leg will affect its strength.
Yes, the choice of the base can affect the perimeter of a triangle, but only if it changes the lengths of the other sides. When you select a different base while keeping the area constant, the lengths of the other sides may vary, potentially altering the perimeter. However, if the triangle's shape remains the same and only the orientation of the base is changed, the perimeter will remain unchanged.
Nothing. Translation does not affect the measure of sides (or angles).
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If the walls in your house were not perpendicular they would probably topple over and you would no longer have a daily life for perpendicular lines to affect.
it doesn't effect the health triangle at all
The answer depends on what you mean by "the verticals of a triangle".
It triples the perimeter.
No, all triangles have 180 degrees.
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people don't travel across the Bermuda triangle. but i have a suspicion that may the Bermuda triangle has a connection with area 5.
To get a line perpendicular to another, you flip the coefficient of x and change the sign--e.g., y = -4x + c (c is a constant and can be any number; that does not affect the perpendicularity).
Sunlight is at its strongest when it is at a perpendicular angle; at oblique angles it is weaker.
If you double them all it will be 4 times the area
Considering that slaves were one leg of the triangle, it depleted their numbers.
The triangle trade led to many people from Africa being taking as slaves reducing the working population in africa It brought guns and alcohol.