The largest angle will be opposite length 8cm and by using the cosine rule it works out as 125.1 degrees rounded to one decimal place
A triangle with a right angle and different lengths for sides is a right, scalene triangle.
No because the given dimensions do not comply with Pythagoras' theorem for a right angle triangle.
right angle triangle
It is a right angle triangle and its largest angle is 90 degrees
A right triangle is triangle with an angle of ( radians). The sides , , and of such a triangle satisfy the Pythagorean theorem(1)where the largest side is conventionally denoted and is called the hypotenuse. The other two sides of lengths and are called legs, or sometimes catheti.
The largest angle is 180° - that is if you consider a straight line a triangle. The three lengths do not make a triangle since 5.8 cm + 8.3 cm = 14.1 cm In other words you have a line segment with two line segments on it and the angle in a straight line is 180°
A triangle with a right angle and different lengths for sides is a right, scalene triangle.
The largest angle in a triangle is opposite to its longest side
No because the given dimensions do not comply with Pythagoras' theorem for a right angle triangle.
the obtuse angle is the largest angle in a triangle. It spreads from 91 to 179 on a protractor
If its a right angle triangle then its side lengths could be 3, 4 and 5
right angle triangle
It is a right angle triangle and its largest angle is 90 degrees
If those are the lengths of the triangle's sides, then you have a "right" triangle. The angle opposite the 5-inch side is a 90-degree angle.
A right triangle is triangle with an angle of ( radians). The sides , , and of such a triangle satisfy the Pythagorean theorem(1)where the largest side is conventionally denoted and is called the hypotenuse. The other two sides of lengths and are called legs, or sometimes catheti.
A triangle with no right angle and sides of different lengths is a scalene triangle.
draw triangle that has sides of lengths 3.6cm and 5.2cm and a 42* angle between these two sides