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It can have any number of shapes.
It could, for example, have a base of 10 million units and a height of only one millionth of a unit. Or it could be a triangle with a base of only 1 millionth of a unit and a height of 10 million units.
Or it could be an equilateral triangle with sides of (approx) 4.806 units.
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How many parallelograms can you draw that have an area of 24 square units?
Oh, dude, you can draw like infinite parallelograms with an area of 24 square units. As long as the base and height multiply to 24, you're good to go. So, like, go wild with those parallelograms, man.
What is half a square called?
Half of a square is called a right triangle. A right triangle is a geometric shape with one 90-degree angle and two acute angles. It is formed when a square is divided along one of its diagonals, creating two right triangles with equal areas.
What is the length of the hypotenuse of a right triangle where the two sides are 9 units and 12 units long?
The length of the hypotenuse will be 15 units. The rule is that the sum of the squares of the two sides will equal the square of the hypotenuse. The sides are 9 and 12, and the squares are 81 and 144 respectively. They sum to 225, and that's the square of the hypotenuse. The square root of 225 is 15, and that's the number of units that is the length of the hypotenuse. There are some right triangles that have all sides with lengths in integers (counting numbers or "whole" numbers). They include a 3, 4, 5 triangle, a 5, 12, 13 triangle, and a few others. The thing is, any time you have a right triangle like one of these, a multipleof the lengths will also be a valid right triangle. For the 3, 4, 5 triangle, if you multiply each side by 2, you'll get a 6, 8, 10 triangle. This "new" triangle will obey the Pythagorean theorem. In the 3, 4, 5 triangle, 32 = 9, 42 = 16 and 52 = 25; and 9 + 16 = 25 so it checks. Same with a 6, 8, 10 triangle. In that one, 62 = 36, 82 = 64 and 102 = 100; and 36 + 64 = 100, so that checks as well. Why'd we go through that? Check this out. If we take a 3, 4, 5 triangle and multiply all sides by 3, we'll get a 9, 12, 15 triangle. Do those numbers look familiar? They are eerily similar to the ones in the question.
What is the area of a square whose perimeter is 24?
36 square unitsTo work out the area, we need to know the length of each side, then multiply one side (the height, if you like) by another (let's call it the width).A square has four equal sides.The perimeter is the total length of the four sides, so the length of each side must be one-quarter of 24 units, which is 6 units.So the area= 6 x 6= 36 square units
What is the difference between a triangular and a square pyramid?
a triangular pyramid is a shape with 5 sides and looks like a triangle just 3d wall a square pyramid has 6 sides and is like a square just 3d
What is the area of a rectangle if it has an perimeter of 54?
Any area you like greater than 0 square units, and less than or equal to 182.25 square units.
What are math patterns?
they are like polygons in a pattern like 121212121 or triangle square triangle square.
Can a triangle with a right angle also be an isosceles triangle explain?
Of course it can be. It can be anything like x units each of perpendicular and base, and hypotenuse of square root of 2 times x.
Pattern of shapes?
What comes next like square circle triangle square circle triangle
Difference of plane and spherical triangles?
A plane triangle looks like a common triangle. A plane triangle is solved with linear units. A spherical triangle is found inside of a sphere. This type of triangle is solved with angular units.
How do you prove the formula for the area of a triangle?
Easiest wayDraw a three inch by three inch square. add lines at one inch marks to form a small grid. draw line diagonally across to form two triangles. count the number of squares in one triangle (remember the squares with the diagonal line are only half a square)Did you get 4 1/2?A X B divided by two 3 X 3= 9 / 2 = 4.5To arrive to the forumla for area of triangle, lets look at the area of square and rectanlge first: Area of square: side x side Area of rectangle: length x width Notice that the formulas for area of square and rectangle is very similar. The squre is a special case only, so there is not much difference. Let's take the special case first- area of square: Area= side x side If I want to find the area of a triangle from this square, you have to divide the square in half diagonally. This means: (side x side)/2 = area of triangle Let's take a look at retangle now: Area of rectangle: length x width Similarly like the square, you divide the rectangle diagonally by half. This means: (length x width)/2 Conclusion: Thus, area of triangle= (base x height)/2 The base can be considered as one of the sides of the rectangle/square, and the height can be considered as the other side of the rectangle/square. THE FORMULA OF TRIANGLE COMES FROM HALF THE AREA OF RECTANGLE/SQUARE! Visit quickanswerz.com for more math help and tutoring!Area is measured in square units. If we are given a region we divide the region into unit squares.Then we count the number squares, which is the area of the region.Consider a rectangle of length 10 units and width 5 units.The area of the rectangle is 50 square units.It is because we can divide the rectangle into 10 equal parts along the length.Similarly, we can divide the rectangle into 5 equal parts along the width. Now we have divided the entire rectangle into unit squares.If we count the number of squares we get 50 unit squares.We get this by multiplying the length and the width. Area = Length*Width square units.This is the same for a parallelogram too.Area of a parallelogram is base * height square unitsThis is how the concept of area has come.We can find the area of the triangle also.A rectangle or a parallelogram can be divided into two equal triangles by a diagonal.Half of the area of the rectangle(or parallelogram) gives the area of the triangle.In fact, we can extend any triangle into an parallelogram.So, we get the formula, area of a triangle = (base* height)/2 square units.Source: www.icoachmath.com
What is the area of a square with a perimeter of 12?
Oh, what a happy little question! To find the area of a square with a perimeter of 12, we first divide the perimeter by 4 to find the length of one side, which is 3. Then, we simply square that length to find the area, which is 9 square units. Just like painting a beautiful landscape, math can be a joyful experience when we break it down into simple steps.
What Units can you use to find sphere's surface area?
The term units usually refers to a measurement of size, area or volume. These can be expressed in any way you choose. For example, units of measurement can be centimeters, inches, square feet, square meters, cubic yards, etc. Surface area would be expressed in some squared unit like square inches, etc. Characteristics such as length, or area are measured in units. In the case of a sphere, knowing either the diameter or radius is all that's required to determine the surface area.
How do you draw a triangle whos area is 15 square inches?
You can make the triangle any shape you like, and you also havea lot of choices of how big to make it.Just make sure that the product of(length of the triangle's base) times (height of the triangle)multiplies to 30. Then you'll know that its area is 15.
How many square decimeters in 24 m?
doesn't work Square decimeter is area, meters is length. You can't compare different types of units like that.
What does a shape with the perimeter of 24 inches and the area of 35 square units look like?
A 5 x 7 rectangle
What are all the diffent kinds of triangle?
right triangle - has one 90° angle Pythagorean triangle - right triangle whose side lengths are all integers oblique triangle - has no 90° angle acute triangle - each angle is less than 90° obtuse triangle - one angle is greater than 90° equilateral triangle - angles are 60°-60°-60° isosceles triangle - has two equal angles scalene triangle - has three different angles rational triangle - all side lengths are rational integer triangle - all side lengths are integers Heronian triangle - all side lengths and area are integers equable triangle - has a perimeter of n units and and area of n square units degenerate triangle - angles are 0°-0°-180° planar triangle - a triangle drawn on a flat surface (plane) non-planar triangle - a triangle drawn on a curved surface spherical triangle - a non-planar triangle on a convex surface, like the Bermuda Triangle hyperbolic triangle - a non-planar triangle on a concave surface
