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Triangle: The other shapes have an even number of sides.
Square: The numbers of sides on the other two is divisible by 3
Hexagon: For sides of a fixed length, the other two shapes are rigid structures (the square can distort to a rhombus but then it is no longer a square.)
or
Triangle: It can have all acute angles.
Square: It can (must ) have all right angles.
Hexagon: It can have all obtuse angles.
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What is the area of a regular hexagon with a side of 4 and an apothem of 3 46?
Easy. Since the side is the base and the apothem is the height of the triangle, multiply them and divide by two to get the area of the triangle. 3 * 3.46 = 10.38 /2 = 5.19. Then multiply by 6 to get the area of the hexagon. 5.19 * 6 = 31.14. You multiply by 6 because you can fit 6 regular triangles in a regular hexagon. We've already found the area of one regular triangle in the hexagon.
How can you find the generalization for square pentagon and hexagon?
They all have at least one pair of parallel lines
What is a triangle with an area of 12 square units?
It's half the size of a quadrilateral with 24 square units ------------ One type of triangle with an area of 12 square units is the isosceles triangle with two 5-unit sides and one 6-unit side.
What is the area of a regular hexagon if a side is 30?
The area is about 2338.27 square units, from the formulaA = 3/2 (sqrt 3) s2 or about 2.598 s2--Let's draw a segment from the center of the hexagon to the middle of a side. This segment is called the apothem. Then use the 30-60-90 triangle rule. If half of a side is 15, that means the apothem is 15√3.If we divide the hexagon into equilateral triangles, we get 6 equilateral triangles.So if we find the area for one of these triangles and multiply it by 6, we get the area of the hexagon. The area of a triangle is found by 1/2(b*h). The apothem is your height for the triangles. So plug the numbers in: 1/2(30*15√3). Solve: 1/2(779.4228) = 389.7114. This is the area of one triangle. Now we multiply by 6, and this becomes: 2338.2686
Can a right triangle have all side that are an odd number?
No. Here's why: you have a² + b² = c². If a is odd, then a² will also be odd (and if a is even, then a² will also be even. Same goes true for b² and c².If a² & b² are both odd, then you have odd + odd, which is even. Why is {odd + odd} always even, you may ask. An informal proof could be something like this:Let m & n be non-zero integers.So 2m and 2n are guaranteed to be even,then (2m + 1) & (2n + 1) are both odd.Add them together: (2m + 1) + (2n + 1) = 2m + 2n + 2 = 2(m + n + 1) which is even.And why is a² odd, when a is odd: if a is odd, then it does not have 2 as one of its factors. Since you square the number, you have not added any additional factors, so it still does not have 2 as a factor. If a was even, then it will have 2 as a factor, when you square it, you now have 2 as well as 2² as a factor, so the square is even as well.
Which is the odd one in the following heptagon triangle hexagon cube?
Which is the odd one in the following heptagon triangle hexagon cube?Read more: Which_is_the_odd_one_in_the_following_heptagon_triangle_hexagon_cube
Hexagon octagon pentagon rectangle square and triangle which one has smallest number of corners of these shapes?
Triangle
Which would be the odd one out if there was a tetrahedron a square pyramid or a triangle?
triangle - it is planar
One face of a polyhedron is a triangle what are two types of polyhedron?
square and hexagon
One of the faces of a polyhedron is a triangle what are two possible types of polyhedrons this might be?
hexagon, square
Square Triangle Pentagon Hexagon Cube Octagon?
The odd one out is the cube which is a 3D shape whereas the rest are 2D shapes if that is your question.
Square cube triangle octagon which is the odd one?
There are three plane figures and cube, which is three dimensional.
How do you make a regular hexagon into an equilateral triangle?
A hexagon has 6 sides, all equal to one another, which means it has symmetry. Simply fold the hexagon until it makes a triangle _ / \ \_/
How can you make one cut in a hexagon to make a triangle and a pentagon?
You need to draw one diagonal. Look at the hexagon and then look at a pentagon. The triangle should stand out pretty well then.
What shapes have more than one line of symmerty?
Square, circle, rectangle, octagon, pentagon, triangle, hexagon, trapezoid, rhombus. These are just some
how to make a regular hexagon out of 6 equilateral triangles?
Put one angle of each triangle at the center of the hexagon.
If one side of the hexagon is 6 inches what is the area?
Assuming that the hexagon is regular (all sides are the same), it can be comprised of 6 equilateral triangles of side length 6 (in this case). Area of a equilateral triangle is: (side length^2*√3)/4 Each triangle is of area: 62.353829072479572 inches square. 62.353829072479572*6 = 374.12297443487743 inches square approx.
