Using Pythagoras' theorem the height of the equilateral triangle works out as about 7 cm and so with the given dimensions it would appear to be quite difficult to work out the lateral area.
An right equilateral triangular prism.
No
No. In an equilateral triangle, all three angles are the same. Since they are not ninety degrees, you can't have a right triangle that is also an equilateral triangle.
no. an equilateral triangle is also equiangular, so the angles are 60 degrees each. a right triangle cannot be equilateral
Using Pythagoras' theorem the height of the equilateral triangle works out as about 7 cm and so with the given dimensions it would appear to be quite difficult to work out the lateral area.
An right equilateral triangular prism.
It is impossible for a right angled triangle to be equilateral unless it has a double triangle.
right triangle and equilateral triangle both have 3 sides
No because a right angle triangle has different properties to an equilateral triangle
No
No. In an equilateral triangle, all three angles are the same. Since they are not ninety degrees, you can't have a right triangle that is also an equilateral triangle.
a right triangle has 1 right angle an equilateral triangle has none they are both triangles an equilateral triangle has three equal side a right triangle has only 1 or 2-THANKS! your pretty nice!
no. an equilateral triangle is also equiangular, so the angles are 60 degrees each. a right triangle cannot be equilateral
Type your answer hereThe surface area of a prism is square root of 3* a 2 /4 + 3*a*h where a is edge of equilateral triangle and h is height of prism
It can be scalene or isosceles but not equilateral.
no