That is a RIGHT triangle. You have to know the length of one of the sides to determine the length of the other two. The formula used is A squared plus B squared equals C squared. Imagine a triangle with a vertical line 3 inches long. Call that vertical line "A". Starting at the base of the vertical leg draw a horizontal line to the right that is 4 inches long. Call that horizontal line "B". Now connect the top of "A" to the right end of "B" with a diagonal line. Call that line "C". That diagonal line is 5 inches long. We know this because 3 squared (A) is 9 and 4 squared (B) is 16 and 9+16=25, the square root of which is 5.
There are many theories and formulas that can be applied to find the length of each of the sides of a triangle. The most common is the Pythagorean Theorem: a2+b2= c2 . The letters: "a , c" are the two legs. The hypotenuse is the letter "c". For a 30-60-90 triangle you can use a special formula, as well as a 45-45-90 triangle.
No because it does not comply with Pythagoras' theorem.
you cannot determine the sides of a triangle by the angle measures alone because any triangle with different side lengths can have these angle measurements. However if you do know the length of any one of the sides, you can calculate the lengths of the other two sides.The shortest side is the one opposite the 30 degree angle.The hypotenuse (opposite the 90 degree angle) is always twice the length of the shortest side opposite the 30 degree angle.The side opposite the 60 degree angle is always the length of the side opposite the 30 degree angle times the square root of three (about 1.73205).
Smallest possible interior angle of regular polygon is 60 degrees (triangle). The greater the number of sides, the greater each interior angle. If exterior angle is 30 degrees, the polygon has 12 sides.
No.(20)2 = 400(21)2 = 441(20)2 + (21)2 = 881(30)2 = 900(20)2 + (21)2 is not equal to (30)2
The pathagoren theorm states that a2+ b2 = c2. If you put your lenghts into the equation and it comes out true (100=100), then the triangle is a right trianlge. If it is a false equation (100=30), then it is not a right triangle. Where a = lenght of leg 1, b = lenght of leg 2, and c = lenght of hypotenuse.
No, because 8 isn't a factor of 30.
90
A right triangle. All the angles of a triangle add up to 180. 30+60+x=180. subtract 30 from both sides, then 60 from both sides and x=90
isosceles triangle
There are many theories and formulas that can be applied to find the length of each of the sides of a triangle. The most common is the Pythagorean Theorem: a2+b2= c2 . The letters: "a , c" are the two legs. The hypotenuse is the letter "c". For a 30-60-90 triangle you can use a special formula, as well as a 45-45-90 triangle.
If the ratio of the three sides are 1:√(3):2, it's a 30-60-90 triangle
No because it does not comply with Pythagoras' theorem.
Let the two sides of the right-angled triangle be a and b. Given that the perimeter is 30 cm, we have a + b + 13 = 30. Since the triangle is right-angled, we can use the Pythagorean theorem: a^2 + b^2 = 13^2. We now have a system of two equations that can be solved simultaneously to find the values of a and b.
Zero. The two shorter sides together make 70 metres, so they lie flat against the longest side. Really, there is no triangle. If the 3 sides actually make a triangle, you can use Heron's formula - look it up - to find the area.
No. But they can be the lengths (not leangths!) of the three sides.
The fact that it has a 30 perimeter tells you nothing about the triangle's angles and very little about the lengths of its sides. The name, if it has any, is indeterminate.