34cm
5cm, 5cm, and 5cm could represent the lengths of the sides of an equilateral triangle, or might indicate the length, width, and height of a cube.
A right triangle has a hypotenuse of 12cm and a leg that is 9cm the other leg would be 7.94. This is a math problem.
This is the simplest Pythagorean Triple (52 = 32 + 42) so it's a right(-angled) triangle
yes it is. When you're dealing with the Pythagorean theory, a 3,4,5 triangle is a special triangle. For example, if a triangle has side lengths of 3cm and 4cm, then you automatically know that the other side length is 5cm. It also works if the side lengths are 5cm and 4cm or 5cm and 3cm.
The area of a 12cm by 5cm right-angled triangle is: 42 cm2
30 square cm because it's a right angle triangle
this is 5cm (:
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.
Area of a triangle = 1/2 (Base x Height) Example: Width 13cm, Height 5cm, Base 12cm then; Area=1/2(12cm x 5cm) Area=6cm x 5cm Area=30cm2
60! You just do 12x5.
If a right triangle has sides of 16Cm and 12Cm, the hypotenuse is: 20 cm
30 sq cm ((12 x 5)/2)
Find the area of 5cm 12cm 8cm
The hypotenuse of a right triangle with legs of 5cm and 2.5cm is: 5.59cm
It will be a right angle triangle with a base of 3cm, a height of 4cm and a hypotenuse of 5cm
34cm