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take a hexagon draw a cross through it to partition it equally whatever that shape is called which you just drew 4 of
Any shapes that have seven sides.
Circle and square are two entirely different shapes. But the ratio of areas of square to circle if their perimeter is equal is pi/4.
Square .
not in all shapes.
There is no particular reason. In fact, in general, two shapes will have different areas or perimeters or both.
take a hexagon draw a cross through it to partition it equally whatever that shape is called which you just drew 4 of
The shapes of the Countries on the globe are all shown in the same scale (different areas). However, the equal-area projection map shows the Countries with different scales, that way they can easily be seen (same areas).
Regular shapes have equal side lengths and equal angles
If shapes are equal then they are said to be congruent
There are a few simple shapes with equal sides. The basic shapes are a square, octagon, and an equilateral triangle,
Any shapes that have seven sides.
Any regular shapes have equal sides, including squares and equilateral triangles. Irregular shapes can also have equal sides, but not equal angles.
in the fixed partition the partition is once allocated is fixed. in fixed partition more memory wastage because of internal & external fragmentation.... in variable partition when a process comes then according to need of process the size of memory is allocated to the process
Most shapes do not have equal sides. In nature, shapes with equal sides are the exception rather than the rule.
No, octagons just have to be closed shapes with eight sides - the sides do not have to be of equal length.
Equal sided = equilateral.