if you are talking about the triangle rule as in angles, the triangle rule is that all the interior ( on the inside) angles always add up to 180 degrees. The exterior (on the outside) angles always add up to 360 degrees
If there is one musical instrument that never got the respect it deserves, it is the triangle instrument. The musical triangle is one of the least appreciated percussion instruments there is, but in reality it has great potential. Everyone is familiar with the sound of the musical triangle.
The triangle instrument can be heard in symphonies the world over. It has a sharp, clear, ringing tone that punctuates various sections of the piece. It usually plays very simple rhythms, but those rhythms are instrumental to the symphony as a whole.
Program where you input 3 values (sides of a triangle) and it will tell you what kind of triangle it is ... equilateral, acute, etc..
Lever arm rule referrers to the similarity of triangles (similar triangles are the ones which have corresponding equal angles). They have the property of having the same ratio between the corresponding edges. This is in fact the lever-arm rule: the ratio between the lengths of the corresponding edges of two similar triangles are the same. By "corresponding" edges, one understands the edges of the triangles which oppose congruent angles. For exemplification, let's take a triangle OAB. Drawing a parallel to AB which intersects OA and OB in A', respectively B', another triangle OA'B' is formed. The two triangles OAB and OA'B' are similar. Then, [OA']/[OA]=[A'B']/[AB]=[OB']/[OB]
A triangle. If you made a diamond or a square (which is really just a type of diamond) out of bendy straws, you could bend the them at their points. However, if you made a triangle out of straws, you couldn't bend it at its points. Therefore, a triangle is the most stable.
A law which states that if a body is acted upon by two vectors represented by two sides of a triangle taken in order, the resultant vector is represented by the third side of the triangle.
Volume of triangle = One-half the base times the perpendicular height.
Electric Current is neither scalar nor vector , since in electric current in a wire has both magnitude and direction but there is no meaning of triangle rule there. Also, since it gives the magnitude of charge flowing per unit time, it has nothing to do with direction.
there are 3 angles in a triangle which is mathematically true if you check in the math rule book and rule determined by Andres Schavascapel
Pascal's rule for his triangle pattern is all the sides are ones
There is no rule for the perimeter of an acute triangle. You simply need to add the sides.
There is no single rule. It is a right angled isosceles triangle. Its long side (hypotenuse) is sqrt(2) times the short sides.
Pythagoras's' theorem or "got an want" on a right angled triangle but use sine rule on a non right angled triangle !! ..
You find the perimeter of a triangle by adding all the sides. There is no special rule for finding the perimeter.
small green triangle
Pythagoras's Rule does not work if the triangle is not a right angle triangle, that is having one angle equal to 90 degrees. (The rule can still be applied by creating right angles along one or more sides, using lines perpendicular to the side.)
The answer depends on the information that you have: it could be the sine rule or the cosine rule.
Using the cosine rule: 13.0112367 cm The triangle is in fact an isosceles triangle.
no it cannot represent as in angle triangle rule it doesnt prove that term
If you know the lengths of the sides, you can use the cosine rule. If you have information about other aspects of the triangle, then other formulae will apply.