Through sides
Through sides
In any triangle, the conducted height divide it into two right triangles and served for them as a leg. Knowing all three sides and using the Pythagorean theorem, we obtain the formula above for finding the height of any arbitrary triangle.
- Area
- Volume
- Perimeter
- Side
- Height
- Diagonal
- Radius
- Median
- Bisector
- Angle
- Theorems
- Triangle area
- Square Area
- Rectangle Area
- Circle Area
- Rhombus Area
- Parallelogram Area
- Trapezoid Area Calculator
- Ellipse Area
- Annulus Area
- Quadrilateral Area
- Annulus Sector Area
- Circle Sector Area
- Circle Segment Area
- Sphere area
- Cube Area
- Cylinder area
- Pyramid area
- Parallelepiped area
- Cone area
- Truncated cone area
- Tetrahedron area
- Regular polygon area
- Sphere volume
- Cube volume
- Cylinder volume
- Pyramid volume
- Parallelepiped volume
- Cone volume
- Truncated cone volume
- Tetrahedron volume
- Prism volume
- Octahedron volume
- Truncated pyramid volume
- Ellipsoid volume
- Capsule volume
- Hemisphere volume
- Spherical segment volume
- Triangle perimeter
- Square perimeter
- Rectangle perimeter
- Circle perimeter
- Rhombus perimeter
- Parallelogram perimeter
- Trapezoid perimeter
- Ellipse perimeter
- Annulus perimeter
- Quadrilateral perimeter
- Circle sector perimeter
- Regular polygon perimeter
- Triangle side calculator
- Square side calculator
- Rectangle side calculator
- Rhombus side calculator
- Parallelogram side calculator
- Trapezoid side calculator
- Cube side calculator
- Parallelepiped side calculator
- Pyramid side calculator
- Tetrahedron side calculator
- Triangle height calculator
- Trapezoid height calculator
- Parallelogram/Rhombus height calculator
- Pyramid height calculator
- Prism height calculator
- Cylinder height calculator
- Cone height calculator