Hypotenuse = sqrt(552 + 232) = sqrt(3554) = 59.62 approx.
I'm going to assume that side "c" is the hypotenuse of a right triangle.... you would take the sin(23) = 32/c sin (23) = .391 so.... .391 = 32/c Solving for c gives you approximately c = 81.8
i think it would be 90 degrees and it would be a acute angle
It has (3780+360)/180 = 23 sides
The equation:x = 23 If you want something more fancy, do something to both sides of the equation; for example, add or subtract some number to both sides, multiply or divide both sides by some number. You can also square both sides, but that will add additional solutions.
23 + 5u = 17Subtract 17 23 from both sides:5u = -6Divide both sides by 5:u = -6/5
If its a right angle triangle then the hypotenuse works out as the square root of 754
No because the sides don't comply with Pythagoras' theorem for a right angle triangle.
No it is not. To be a right triangle the largest number squared has to equal the sum of the squares of the other two sides (Pythagorean theorem).
23
It is a scalene triangle
First you would square the length of each of the sides. You'd add the squares of the smaller two numbers. If they are smaller than the square of the biggest side, then the triangle is obtuse. If their sum is bigger, then the triangle is acute. If they are equal, then the triangle is a right triangle.Example:length of sides-23, 34, 49232+342__492529+1156__24011685
x+x+(2x-23)=414x-23=414x=64x=16x=16(2x-23)=9
23
It is a right angle triangle.
I'm going to assume that side "c" is the hypotenuse of a right triangle.... you would take the sin(23) = 32/c sin (23) = .391 so.... .391 = 32/c Solving for c gives you approximately c = 81.8
You must have at least two of the side lengths. You calculate using the Pythagorean Theorem (a^2+ b^2= c^2 (assuming a and b are the legs and c is the hypotenuse (longest side))). Ex. a=3 b=4 c=? 3^2= 9. 4^2=16. 9+16= 25. The square root of 25= 5; The hypotenuse
1 It's a 3 sided polygon which means many sides 2 Its sum of its 2 smaller sides is greater than its longest side 3 It has no parallel sides 4 It has no diagonals 5 It has 3 interior angles that add up to 180 degrees 6 It has 3 exterior angles that add up to 360 degrees 7 It can be a scalene triangle 8 It can be an obtuse triangle 9 It can be an isosceles triangle 10 It can be an equilateral triangle 11 Its longest length is opposite to its largest angle 12 Its hypotenuse is its largest length as a right angle triangle 13 It brought fame to the ancient Greek mathematician Pythagoras 14 Its hypotenuse when square is equal to the sum of its squared sides 15 Its smallest angle is opposite to its shortest side 16 It will tessellate leaving no gaps or overlaps 17 It's a right angle triangle when it has a 90 degree angle and 2 acute angles 18 It can be both an isosceles triangle and a right angle triangle 19 It has a perimeter which is the sum of its 3 sides 20 It has an area which is: 0.5*base*perpendicular altitude 21 Its area is also: 0.5*a*b*sin(A) whereas a and b are sides and A is included angle 22 It's subjected to the rules of trigonometry 23 It's the 1st and foremost building block of other polygons 24 Its 3 corners are vertices which is plural for vertex 25 It has 1 line of symmetry as an isosceles triangle 26 It has 3 lines of symmetry as an equilateral triangle 27 It has rotational symmetry to the order of 3 as an equilateral triangle 28 it's a 2 dimensional shape 29 It can be the base of a 3 dimensional pyramid 30 It can be doubled up to form a 4 sided quadrilateral