If a right triangle has sides of 16Cm and 12Cm, the hypotenuse is: 20 cm
the perimeter is 36 and the area is 144
To determine if these three sides form a right triangle, we can use the Pythagorean theorem. In a right triangle, the square of the length of the hypotenuse (the side opposite the right angle) is equal to the sum of the squares of the other two sides. In this case, we have 6^2 + 9^2 = 36 + 81 = 117 and 12^2 = 144. Since 117 is not equal to 144, these three sides (6cm, 9cm, 12cm) do not form a right triangle.
30 square cm because it's a right angle triangle
No because the sum of the smaller sides must be greater than the longest side
Altitude = 10.4 (10.3923) cm
If it is an equilateral triangle with 3 equal sides of 4cm then its perimeter is 12cm
If it is an equilateral triangle with 3 equal sides of 4m then its perimeter is 12cm
If a right triangle has sides of 16Cm and 12Cm, the hypotenuse is: 20 cm
the perimeter is 36 and the area is 144
Isosceles
22cm
No. The maximum are is attained when it is equilateral and that is less than 7 cm2
Use Pythagoras' theorem to find the triangle's altitude or height: 122-62 = 108 and the square root of this is 10.39230485 1/2*base*height = area 1/2*6*10.39230485 = 31.17691455 square units
The area of triangle is : 60.0
If two sides of a triangle have lengths of 5cm and 12cm, then the third side can have any length that's more than 7cm and less than 17cm. If the third side is 13cm, then the triangle is a right triangle.
I cut out the lengths to have a visual look at the problem and the answer is NO you cannot arrange 5cm, 12cm, and 19cm into a triangle. Even straightening out the lengths of 5cm and 12cm into a 180 degree angle will not measure out to the 19cm. You cannot have a side that is more than the length of the other two sides combined in a triangle.