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This type of triangle would be an isosoles triangle . Would have A 2 sides that had the 2 inches then you would add in the 50 degree angles so you add all of them whichyou would have 2x2=4 then you would add 50+50=100 so then you would add the sum of tboth of them naswers so you get the sum of 100+4=104 so 104 would have to be timesd by 2 so 104x2=208 so then a triangles measure is only 180 so this type of shape has to be a square or a paellellegram because this also could be a rhombus so any rhombus is 360 but 208 is closer to 180 so this would be a triangle.........

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Q: What does a triangle with a 2 inch side between two 50 degree angles look like?

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The hypotenuse of a 90-degree triangle with two nine inch sides is: 12.73 inches.

It graphs out as a right angle triangle with a perimeter of 35 inches rounded to the nearest inch with a 90 degree angle and two acute angles of 26.6 degrees and 63.4 degrees both rounded to 3 significant figures.

A triangle with 1 side only measuring 4 inches can have two of its angles measuring 55° and 35°. The side would be either the hypotenuse or one other other sides of a right angled triangle. NOTE : A triangle with two of the three sides measuring 4 inches cannot have one of its angles measuring 55° and one other measuring 35° as the two sides of equal length would define it as an isosceles triangle. Therefore two of its angles are equal. If the two equal angles measured 35° each, then the third angle would equal 110°. If the two equal angles measured 55° each then the third angle would equal 70°. A triangle with all three sides measuring 4 inches has all three angles measuring 60° . It is an equilateral triangle.

If those are the lengths of the triangle's sides, then you have a "right" triangle. The angle opposite the 5-inch side is a 90-degree angle.

The sum of the 3 interior angles of any triangle ... no matter how large or small ... is always 180 degrees. This rule has no connection to the perimeter of the triangle. The perimeter may be one inch, less than one inch, 10 miles, more than 1,000 miles, etc., and the sum of the interior angles is always the same 180 degrees.

The Pythagorean Theorem.

Need the angle between those two sides, or some more info. Imagine taking a 1 inch tooth pick and a 2 inch toothpick. Now line up the tips and you can make tons of angles. If you joined the outer tips of your toothpicks you would have a triangle. Can you see that you can have many different sides lengths depending on the angle between them?

An inch can be anything. It can be round, square, triangle or any number of shapes. But, a linear inch is a straight line only.

It depends upon where the leg is. Assuming the 49 inch leg is opposite of the 36 degree angle, we know the third angle is 54 degrees (sum of a triangle's angles is 180 degrees). The law of sines states that the ratio of the sine of an angle to the side opposite the angle is equal for all three angles. This means that sin(36)/49 = sin(54)/x where x is the length of the side opposite the 54 degree angle. Solving that equation gets x = 67.44. Using the Pythagorean theorem, 49^2 + 67.44^2 = c^2 where c is the length of the hypotenuse. Solving yields c = 83.36. Summing the three sides together yields 49 + 67.44 + 83.36 = 199.80 inches. If the 49 inch leg is adjacent to the 36 degree angle, swap 49 and x for the law of sines equation and solve.

I cannot show you anything! And even if I could, rulers don't measure angles, and angles don't appear on them.

Yes it can.

No. A triangle with 2-inch sides is not congruent with a triangle with 3-inch sides.

The area depends on the length of each sides as well as the angles between them.

wel...just use the theory A2+B2=C2 Where A and/or B is the base and C is the hypotnuse. Your Welcome...(If it helped)

The formula for area of a triangle is bh/2 b=base h=height /=divide so multiply the base(or the bottom) side by the height of the triangle, and then divide that by two.

Perhaps 35 inch squared!

An inch is a measure of linear displacement (distance) while a degree is a measure of angular displacement (rotation). There is no constant relationship between the two. The same angular displacement will result in a bigger linear displacement the further you are from the centre of rotation.

Example: First draw a base line 7 inches long. Measure 3.5 from one end and mark the middle. Draw a 7 inch vertical line from the middle mark at right-angles to the base line. Draw a line from the top of the vertical line to one end of the base line. Repeat on other side. You have now constructed an equilateral triangle, with 3 angles of 60 degrees.

6 ft 1/2 inch

The diameter of a hexagon will be any segment that joins two vertices of the hexagon and passes through its center. Since each of the angles of a hexagon is 120 degrees, than any triangle, which is formed by one side of the triangle and two radii, is an equilateral triangle, and so the lengths of radii are also 16 inches. Thus, the diameter (the sum of two radii) is 32 inches.

To find the sum of the interior angles and the sum of the exterior angles of any polygon. To review linear measurement to the nearest sixteenth of an inch and angle measurement to the nearest degree. To construct a polygon and its exterior angles given the number of sides. hope this helped

Latitude and longitude are angles. There is no smallest unit. If you move one inch north of where you are right now, you've changed your latitude about 0.00000023 degree, or about 0.000004 milliradian.

about 0.0175 per inch