the missing angle is 93 degrees. you find that out by adding 53 and 34 and then subtracting them from 180.
:)
It is a 34 degree angle
To test use PYTHAGORAS ; h^2 = a^2 + b^2 34' is the longest side (h) , hence 34^(2) = 1156 a & b are 16 & 30 Hence 16^() + 30^(2) = 256 + 900 = 1156 , which equatres with 34^(2) . Thereby satisfies the Pythagorean Equation. Hence it is a Right angled triangle. So the sides 16,30, & 34 form a right triangle.
0,2,8,14,?,34
90 - 56 = 34 34 degrees
26
It's an acute angled triangle...
Well, in any triangle, the sum of all its angles is 180 degrees. If you know that it is a right-angled triangle, then you automatically know that it has a 90 degree angle. And since it also has a 34 degree acute angle. The third angle add with 90 and 34 to equal 180.Lets call the third angle 'x'x+90+34 = 180Simplifyx+124 = 180Subtract 124 from both sidesx = 56So the third angle is 56 degrees.Therefore, your three angles are 90, 34 and 56 degrees.
Angle included by 50 and 34 = 21 degrees Angle included by 34 and 22 = 125 degrees Angle included by 22 and 50 = 34 degrees Total = 180 degrees
The two missing angles add up to 146 degrees. There's no way to tell what each of them is. In fact, any two angles that add to 146 can be used to construct a fine triangle.
It is a 34 degree angle
No. They must add up to 180 degrees. Your list is missing 1 degree.
34+53+93=180
A right angled triangle cannot have one angle of 34 and another of 16 since the three angles (including the right angle) must add to 180 degrees.
It is: 34 degrees
All of the angles in a triangle add up to 180, so if one angel was 34, and another angle was 67, than the mystery angle would be 79. I got that because 180-(a+b)=c. 34 is a, and 67 is b.
(180-112)/2=34
The three angles in a triangle add up to 180o so if you add the two you know, 34 and 105, you get 139o. Taking 139 from 180 gives 41, so the third angle is 41o.