Questions & Answers for: area right triangle

...a rectangle and a right angled triangle. You need to divide it into the rectangle and the right angled triangle and add the areas. Area of a rectangle is length * width Then just add the two

...triangle with the smallest posible area If the distance is 2 cm longer than the short side of a right triangle then the lengths could then be assumed as: Right triangleA/B = 3 cm A/C = 1 cm B/C = 3 ...

Area of right angled triangle having hypotenuse 13 cm and one of the other side 5 cm? 2) find whether the triangle of side 5, 3, 4 are sides of right angle triangle or not ? A three-sided number Tn is

...right triangle is10cm .find its area Hypotenuse being 10 makes the other sides of the triangle 5radical2. Area of a triangle is 1/2*b*h, for an isosceles triangle, it will be 1/2*b*b. ...

...area of a triangle is: or where is the base, is the height and · means multiply. The base and height of a triangle must be perpendicular to each other. In each of the examples below, the base is ...

triangle. This site might be a bit more helpful for calculations where some of the numbers may not be known. Good luck! http://www.wikihow.com/Calculate-the-Area-of-a-Triangle THat is the right answer

Right Triangle ABC has vertices A (-4 2)B(-4 6) C (9 6) The area of a triangle is 1/2 times base times height. A sketch of the triangle in the coordinate plane will determine how easy or hard this ...

area of a Triangle in the Coordinate Plane Right Triangle ABC has vertices A-4 2 B-4 6 C9 6 The area of a triangle is 1/2 times base times height. A sketch of the triangle in the coordinate plane will

...right-angle at B. The formula for the area of a triangle is 1/2 * base* height or (base * height)/2. We can use BC or AB as the base. If we use BC as the base, the length is 9-4 or 5. The height is ...

...right angled triangle is 5cm, its area is 6 sqcm. then the length of the remaining sides are The Pythagorean Theorem states for a right triangle A squared + B squared = C squared where C is the ...