50
Yes it can. The internal angles would be 90, 60 & 30 degrees
If those are the lengths of the triangle's sides, then you have a "right" triangle. The angle opposite the 5-inch side is a 90-degree angle.
find the volume of the largest pyramid which can be cut from a rectangular parallelepiped whose edges are 2in. by 3in. by 4in. discuss fully
4+4+6+5 = 19 inches is the perimeter
The dimensions given fit that of a right angle triangle
50
Yes it can. The internal angles would be 90, 60 & 30 degrees
90 cubic inches.
If those are the lengths of the triangle's sides, then you have a "right" triangle. The angle opposite the 5-inch side is a 90-degree angle.
5in. = 12.5 cm 1in. = 2.5 cm 2in. = 5 cm 3in. = 7.5 cm 4in. = 10 cm
It is an isosceles triangle which has two equal sides
It is: 5*3*6 = 90 cubic inches
How many triangles exist with the given side lengths 3in, 4in, 2in
Yes it's closer to it
find the volume of the largest pyramid which can be cut from a rectangular parallelepiped whose edges are 2in. by 3in. by 4in. discuss fully
4+4+6+5 = 19 inches is the perimeter