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It is where you sell the goods you produce and the area in which your competitors operate.
Yes, you can find Kabuto there. You must arrange items in a certain manner to get him to appear. You must also figure out which area you need to place the items in.
The answer to this Lenny Conundrum is 358.In order to find the answer, you had to find the area of the green triangle (or really, any of the triangles). The only information provided is the area of the pentagon: 800 cm2. So first, you had to find the length of any one of the sides of the pentagon. To do this, you needed to know the appropriate formula:0.25 t2 * (25 + 10*(5)0.5)0.5When you completed the formula, you got a very long number (1.720477401 t2). Because the area of the pentagon is 800 cm2, t is 21.5635622735 centimeters.Then you needed to find the height of the triangle (since the base = t = 21.5635622735 cm). The following formula would have to be used to calculate the height:h = b* sin(72°)/sin(18°) = 0.5 * 21.5635622735 * sin(72°)/sin(18°) = 33.1829103Once you found the height, you simply had to plug it into a formula to find the area of a triangle: (base * height)/2. Completing that formula would give you the answer 357.77, which you had to round up to the nearest whole number: 358.
Pablo Kisel Boulevard is named after Pablo Kisel, a prominent figure in the local community or a significant historical figure associated with the area where the boulevard is located. The naming of streets and boulevards is often done to honor individuals who have made significant contributions to society, culture, or the development of the area. Researching local historical records or contacting the local city or historical society may provide more specific information on the individual after whom the boulevard is named.
A parallelogram is a four-sided figure (quadrilateral) with opposite sides that are both equal in length and parallel. The opposite angles are also equal, and the diagonals bisect each other. Common examples of parallelograms include rectangles, rhombuses, and squares. The area of a parallelogram can be calculated using the formula: Area = base × height.
If the figure is a rectangle, the area is 60. If the figure is a triangle, the area is 30.
If the figure is a rectangle, the area is 60. If the figure is a triangle, the area is 30.
They are both polygon. If you cut a rectangle diagonally, you will have two triangles. And if you want to figure out the area of a right triangle, you can treat it as a rectangle and then cut your calculation in half to get the correct answer.
you split your shape in half, (The rectangle and the triangle), by putting a line through it and then calculate the area of the rectangle and then calculate the area of the triangle, half the area of the triangle then add the area of the triangle and the rectangle together!Then you should have your answer!
168 km². Area of rectangle = Length*Breadth = 13*7 = 91 km² Area of triangle = 1/2*Base*Height = 1/2*14*11 = 77 km² Area of figure = Area of rectangle + Area of triangle = 91+77 = 168 km²
168 km². Area of rectangle = Length*Breadth = 13*7 = 91 km² Area of triangle = 1/2*Base*Height = 1/2*14*11 = 77 km² Area of figure = Area of rectangle + Area of triangle = 91+77 = 168 km²
You can always find the area of a triangle - by dividing the length of the base by 2, then multiplying that figure by the height.
The relationship between the area of a triangle and a rectangle is a Triangle is base times height divided by 2. Area of a rectangle is length times height.
It's half the area of a rectangle
The area of a triangle is expressed using the formula A=(1/2)(bh) Where A is area Where B is length of the base of the triangle. Where H is the height of the triangle. The area of a rectangle is A=BH, Where B is the length of the base of the rectangle. Where H is the height of the rectangle. Because a triangle, essentially, is a half of a rectangle, you find the area of the whole rectangle that the triangle comes from, then divide that in half.
Because a triangle is half of a rectangle. The area of a rectangle is length times width, the area of a triangle is half that.
The term "rectangle method" is used in different ways in math, but I will guess that your question is related to finding areas on a Geoboard. A Geoboard has a grid of pegs; you can make outlines of figures by stretching elastic bands around the pegs. If your figure is a triangle, you can find it's area by making the smallest rectangle which will enclose the triangle (The rectangle should have vertical and horizontal sides). The area of the rectangle can be found easily by multiplying the length by the width. The area of the triangle is half of the area of the rectangle.