No but the Pooler one does. If you don't know it check out the website: http://www.Google.ca/search?hl=fr&source=hp&q=baby+food&meta=&aq=f&oq=&safe=strict
It will tell you how.
All quadrilaterals are 4 sided shapes
There can be no formula for a tetrahedron since you have not specified what aspect the formula is supposed to calculate. Furthermore, although they are all triangular pyramids, tetrahedra can be tall, needle-like shapes or almost flat shapes.
There is no formula as such. You partition the compound shape into simpler shapes whose areas you can work out using formulae, and then add all those parts together.
There is no general formula to "work out" a rhombus. It all depends on the information that you have and the information that you require.
Yes. Heron's Formula works on all triangles.
He discovered the all important Euler's Rule often referred to as Euler's Formula.
All quadrilaterals are 4 sided shapes
All shapes, though increased complexity of the shape will increase the complexity of the formula.
There can be no formula for a tetrahedron since you have not specified what aspect the formula is supposed to calculate. Furthermore, although they are all triangular pyramids, tetrahedra can be tall, needle-like shapes or almost flat shapes.
This all depends on the shape you are given! Let's work on each part of the terms:Perimeter - You add up all the sides of the shapes for some closed unrounded shape. If the shapes are rounded or ovalish, then you need to use this form to work out the problem: C = 2πr or apply Euler's formula to work out the circumference.Area - For some shapes with closed straight edges, you multiply the sides of the shapes. Though, for other shapes, like pentagon, you need to multiply the length of the apothem by the side of the shape. If you work on the ellipse or ovalish or round shapes, like circle, then you need to use some of these general forms:2π/√(4AC - B²) coming from Ax² + Bxy + C² = 1. This is the area of the ellipse.A = πr², the area of the circle!Other formulas for shapes with "curly" edges are unknown. The only way to work out the area is to apply integration in calculus.
There is no formula as such. You partition the compound shape into simpler shapes whose areas you can work out using formulae, and then add all those parts together.
There are formulas for regular shapes. Not all shapes have formulas; for these you can fill them with liquid and measure or weigh the contents.
There is no simple formula since tents come in all shapes and sizes. Divide the tens up into coherent shapes, calculate the area of each shape using the appropriate formula for a rectangle, trapezium, triangle or whatever and add the results together.
There is no general formula to "work out" a rhombus. It all depends on the information that you have and the information that you require.
Yes. Heron's Formula works on all triangles.
There is no one formula for surface area for all shapes. Basically, it is the sum of all the faces and laterals.
Area: length x width Perimeter: adding all sides * * * * * That is only true if you have "well-behaved" polygons. The formula would not work for even a simple shapes like a circle or triangle! There are formulae for some other "well-behaved" shapes such as these and ellipses, parallelograms, regular polygons of 5 or more sides. For other shapes you would have to use integration.