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If a hypotenuse of a triangle is 28 ft long and another side is 50 ft long what is the length of the other leg?
The hypotenuse is always the longest side so the triangle, as described, cannot exist.
Can a triangle with side lengths of 20 21 28 be a right triangle?
We could be able to tell this through the use of the Pythagorean theorem. Unfortunately, we may only be able to attempt this, If we assume that your hypotenuse is the last measurement. A and B can be either leg of the triangle, however, "C" must always be the hypotenuse.So we'll test out using each value as the hypotenuse.Pythagorean theorem: A2 + B2 = C2So using this we'll begin by a = 20, b = 21, c = 28:202 + 212 = 282400 + 441 = 784841 = 784841 does not equal 784Therefore, using 28 as the hypotenuse yields a triangle that is not a right triangle.Secondly, we'll use a = 20, b = 28, c = 21202 + 282 = 212400 + 784 = 4411184 = 4411184 does not equal 441Therefore, using 21 as the hypotenuse yields a triangle that is not a right triangle.Lastly, we'll use a = 28, b = 21, c = 20282 + 212 = 202784 + 441 = 4001225 = 4001225 does not equal 400Therefore, the measurements 20, 21, and 28, no matter which is used as the hypotenuse can yield a right triangle.
If the base of an isosceles triangle is 11 and the perimeter is 39 what is the length of a leg-?
Let the length of a leg be x. There are three sides: the base which is 11, and the legs, which are both x: 11 + x + x = 39 2x+11 = 39 2x = 39-11 2x = 28 x = 28/2 x = 14 The length of one leg is 14 units.
If a right triangle has 28 degrees angle what are the measures of the other angles a 28 and 62 b 28 and 90 c 62 and 90 or d 62 and 118 degrees?
The other 2 angles are c 62 and 90 degrees
A rectangle has a perimeter of 28 inches The length of one pair of sides is 8 inches per side What is the length of each of the other sides?
A rectangle has a perimeter of 28 inches. The length of one pair of sides is 8 inches per side. What is the length of each of the other sides? Six in.
What is the value of x in a triangle if the hypotenuse is 28 and the other leg is 14?
24.25
What is the hypotenuse of a right triangle with one leg that measures 21 and the other leg measures 28?
Using Pythagoras: hypotenuse2 = one_leg2 + other_leg2 ⇒ hypotenuse = √(one_leg2 + other_leg2) = √(212 + 282) = √1225 = 35 units.
If a hypotenuse of a triangle is 28 ft long and another side is 50 ft long what is the length of the other leg?
The hypotenuse is always the longest side so the triangle, as described, cannot exist.
Find the length of the hypotenuse of this triangle if one leg is 21 and the other one is 28?
21^2+28^2=c^2 441+784=c^2 1225=c^2 35=c
Find the length of the missing side of each right triangle to the nearest tenth legs of 4 cm and 6 cm leg of 9 m hypotenuse of 15 m leg of 36 ft hypotenuse of 39 ft legs of 28 cm and 45?
# 4 and 6 give a hypotenuse of √(42 + 62) = √(16 + 36) = √52 = 7.2111 = 7.2 to nearest tenth. # 9 and X give a hypotenuse of 15 so 152 = 92+ X2 which gives 225 = 81 + X2 which gives 144 = X2 which gives 12 = X # 36 and Y give a hypotenuse of 39 so 392 = 362+ Y2 which gives 1521 = 1296 + Y2 which gives 225 = Y2 which gives 15 = Y # 28 and 45 give a hypotenuse of √(262 + 452) = √(676 + 2025) = √2701 = 51.9711 = 52 to the nearest tenth.
What is the side length of a right triangle if one of the sides is 28 millimeters and the hypotenuse is 35 millimeters?
28 millimetres, as stated in the question.
What is the value of X in a right triangle if one side is 14 and the hypotenuse is 28?
It depends on whether X is the missing side, one of the angles or some other measure of the triangle.
What does sin 28 look like?
The sine of 28 degrees, or sin(28°), represents the ratio of the length of the side opposite the angle to the length of the hypotenuse in a right triangle. Its approximate value is 0.4695, indicating that if the hypotenuse is 1 unit long, the opposite side would be about 0.4695 units long. Graphically, sin(28°) can be represented on the unit circle as the y-coordinate of the point corresponding to 28 degrees.
The legs of a right triangle are 8 and 28 inches long?
The hypotenuse is 29.12 inches long. (rounded)
What is of the hypotenuse with one side that equals 21 and another that equals 28?
The Pythagorean Theorem gives us the answer. c2 = a2 + b2, where c is the hypotenuse, and a and b are the other two sides of the right triangle. c2 = 212 + 282 = 441 + 784 = 1225 c2 = 1225 c = √1225 = 35
What is the value of x of a right triangle one leg is 14n the other leg is 28?
By Pythagoras, x2 = (14n)2 + 282 = 142(n2 + 4) so x = 14*sqrt(n2 + 4)
Can a triangle with side lengths of 20 21 28 be a right triangle?
We could be able to tell this through the use of the Pythagorean theorem. Unfortunately, we may only be able to attempt this, If we assume that your hypotenuse is the last measurement. A and B can be either leg of the triangle, however, "C" must always be the hypotenuse.So we'll test out using each value as the hypotenuse.Pythagorean theorem: A2 + B2 = C2So using this we'll begin by a = 20, b = 21, c = 28:202 + 212 = 282400 + 441 = 784841 = 784841 does not equal 784Therefore, using 28 as the hypotenuse yields a triangle that is not a right triangle.Secondly, we'll use a = 20, b = 28, c = 21202 + 282 = 212400 + 784 = 4411184 = 4411184 does not equal 441Therefore, using 21 as the hypotenuse yields a triangle that is not a right triangle.Lastly, we'll use a = 28, b = 21, c = 20282 + 212 = 202784 + 441 = 4001225 = 4001225 does not equal 400Therefore, the measurements 20, 21, and 28, no matter which is used as the hypotenuse can yield a right triangle.
