If they are a Pythagorean triple then they will form a right angle triangle
Acute: 0 < X < 90; Right: = 90; Obtuse: 90 < X < 180; Straight: = 180; Reflex: 180 < X < 360. The Acut, Right, Straight and Reflex are actually classifications of an angle. Naming of an angle is done by identifying the vertex and a combination of the vertex and points on the two rays. For example an angle with points ABC where B is the vertex and A and C are points on the accompanying rays may be named as angle B, angle ABC or angle CBA. These can be written with the symbol for angle placed before the B the ABC and the CBA.
Yes, because the sides connected to the right angle cannot extend longer than the distance between their end points.
Any three points that are non-collinear (not on the same line) will determine a plane.
If this makes sense.... something like this |\ | \ |___\ A three sided polygon that has one right (90 degree) angle and all three sides have different lengths
If they are a Pythagorean triple then they will form a right angle triangle
Three points can determine a plane but not 3-d space.
No. Three points do. Two points determine a line.
Any 3 points determine a plane.
Three quarters of a right angle is 67.5 degrees.
no it can only have two right angles
False. Three collinear points determine a line while three non-collinear points determine a plane ( A Triangle)
Add up the three angles and subtract that from 360.
Any 3 points
A plane
Acute: 0 < X < 90; Right: = 90; Obtuse: 90 < X < 180; Straight: = 180; Reflex: 180 < X < 360. The Acut, Right, Straight and Reflex are actually classifications of an angle. Naming of an angle is done by identifying the vertex and a combination of the vertex and points on the two rays. For example an angle with points ABC where B is the vertex and A and C are points on the accompanying rays may be named as angle B, angle ABC or angle CBA. These can be written with the symbol for angle placed before the B the ABC and the CBA.
In three dimensional space, yes.