No, because there are infinitely many combinations of base and height which will lead to that result.
Area of the triangle: 0.5*5*14 = 35 square units of measurements
It is a square with a right angle triangle attached to it having the same height as the square.
8.944 feet
The height of the triangle works out as 9 meters
A triangle is half a square The area of a square is height × width(base) So, the area of a triangle is height × base ÷ 2 5×4÷2 = 10
No
Area of the triangle: 0.5*5*14 = 35 square units of measurements
the height of a triangle is three feet longer than the base. The area of the triangle is 35 square feet. Find the height andbase of the triangle
The square of the length of the base plus the square of the length of the height will equal the square of the length of the hypotenuse of your right triangle, per Pythagoras. Square the hypotenuse, subtract the square of the height, and then find the positive square root of that and you'll have the base of your right triangle.
It is a square with a right angle triangle attached to it having the same height as the square.
no... because a triangle has 3 sides and a square has 4 sides
I think that this is right: if you double the triangle, to form a square and you have the height, then the height shoulc be one side of the square. As it is a square, then the base should be the height, but it will only work if it is an equilateral triangle and all of the sides are the same. good luck, and I do apologize if I am wrong!!!! :)
To find the area of a triangle in square feet, you can use the formula: Area = 0.5 x base x height. Measure the base and height of the triangle in feet and plug these values into the formula to calculate the area in square feet.
8.944 feet
The height of the triangle is 6 meters
Area triangle = 1/2 base x height Area square = length x width = 10in x 10in = 100sq in. Area triangle = area square Therefore: 1/2 x 10in x height = 100sq in height = 100 sq in x 2 / 10 in = 20 in
(The square of the shortest one) + (the square of the medium one) = (the square of the longest one)