Area = base x altitude /2 so base = 2 x area/altitude = 64/6 = 10 & 2/3 cm.
I think you need at least one other piece of information. A length of a side? An angle? Is it a right angled triangle?
Find the length of the base and the perpendicular height. Multiply together. Divide answer by 2. Area of Triangle = ½(Base x Perpendicular Height) For right angled triangles, take the length of the two shortest sides, multiply them together and divide the answer by two.
No. 1/2 base squared + height squared=side squared on an equilateral triangle.
Sum of exterior angles: 360 degrees Sum of interior angles: 180 degrees The square of its hypotenuse is equal to the sum of its base squared plus its height squared.
As with all triangles: base x height ------------------ 2 Base is one side of the triangle, and height is a line drawn perpendicular from it to the opposite vertice (corner). If you want to get into Trigonometry, there's another way, but I forget it. Sorry.
1/2*base of triangle*height(the perpendicular)=Area of right angled triangle
The squared area of a triangle is half of its base times its perpendicular height. Or as: 0.5*base*perpendicular height = area of a triangle
Really you don't have enough data to calculate this.The height is not necessarily one of the three sides. The height is perpendicular to the width.If the triangle has a right angle, and you know two of the sides, you can calculate the third side using the rule of Pythagoras (a squared + b squared = c squared).Really you don't have enough data to calculate this.The height is not necessarily one of the three sides. The height is perpendicular to the width.If the triangle has a right angle, and you know two of the sides, you can calculate the third side using the rule of Pythagoras (a squared + b squared = c squared).Really you don't have enough data to calculate this.The height is not necessarily one of the three sides. The height is perpendicular to the width.If the triangle has a right angle, and you know two of the sides, you can calculate the third side using the rule of Pythagoras (a squared + b squared = c squared).Really you don't have enough data to calculate this.The height is not necessarily one of the three sides. The height is perpendicular to the width.If the triangle has a right angle, and you know two of the sides, you can calculate the third side using the rule of Pythagoras (a squared + b squared = c squared).
I think you need at least one other piece of information. A length of a side? An angle? Is it a right angled triangle?
Find the length of the base and the perpendicular height. Multiply together. Divide answer by 2. Area of Triangle = ½(Base x Perpendicular Height) For right angled triangles, take the length of the two shortest sides, multiply them together and divide the answer by two.
The area of a triangle is (1/2) base times height; the height must be perpendicular to the base.The area of a triangle is (1/2) base times height; the height must be perpendicular to the base.The area of a triangle is (1/2) base times height; the height must be perpendicular to the base.The area of a triangle is (1/2) base times height; the height must be perpendicular to the base.
No. 1/2 base squared + height squared=side squared on an equilateral triangle.
Sum of exterior angles: 360 degrees Sum of interior angles: 180 degrees The square of its hypotenuse is equal to the sum of its base squared plus its height squared.
As with all triangles: base x height ------------------ 2 Base is one side of the triangle, and height is a line drawn perpendicular from it to the opposite vertice (corner). If you want to get into Trigonometry, there's another way, but I forget it. Sorry.
An isosceles, possibly equilateral, triangle
multiply the base of the triangle by the height then halve the answer.
any side of the triangle that is perpendicular to the height.