This would be a angle of 92 degrees. It should be 2 degrees. Because a complimentary angle measures 90 degrees.
Any polygon can gave an interior angle of 92 degrees. However, no regular polygon can have interior angles of 92 degrees.
44 degrees
If you measure the angle between them and it's exactly 90 degrees, then they're perpendicular. That's the definition and the requirement. Perpendicular lines form a "corner", but if you want to be technical about it, that's not a good way to tell. The angle might be only 87 degrees, or it might be 92 degrees, and when you look at it, it may look like a corner. But technically, if it's not 90 degrees then they're not perpendicular.
Providing that the pole is on level ground you have the outline of a right angled triangle with an adjacent side of 92 ft (the shadow of the pole) and a opposite side of 60 ft (the height of the pole). To find the angle of elevation use the tangent ratio. Tangent = Opposite/Adjacent Tangent = 60/92 = 0.652173913 Tan-1(0.652173913) = 33.11134196 degrees Therefore the angle of elevation is 33o correct to two significant figures.
92 degrees is on possibility. The answer is NOT "an obtuse angle". An angle of 90.5 degrees, for example, is an obtuse angle but is not included in the range specified in the question.
Obtuse angle (here is the formula) -: 90° = Right angle and if you don't know the obtuse angle is more than 90° so adding 2 will make it an obtuse angle.
yes that would be an obtuse angle!
It is called an obtuse
91 degrees, 92 degrees... obtuse is higher than 90 less than 180
The 3rd angle is: 180-92-45 = 43 degrees
The bond angle for H2S is approximately 92 degrees.
This would be a angle of 92 degrees. It should be 2 degrees. Because a complimentary angle measures 90 degrees.
The bond angle of H2CS (hydrogen sulfide) is approximately 92 degrees.
Any polygon can gave an interior angle of 92 degrees. However, no regular polygon can have interior angles of 92 degrees.
44 degrees
92 degrees Fahrenheit is equal to 33.3 degrees Celsius.