An obtuse angle.
A triangle's angles must sum to 180 degrees. In this case, the angles measure 120, 40, and 10 degrees, which add up to 170 degrees. Since the sum is not equal to 180 degrees, these angles cannot form a triangle. Therefore, no triangles can be constructed with these angle measures.
It's quite acceptable to call it a 20-agon but knowing its properties is more important which are:- Interior angles add up to 3240 degrees Exterior angles add up 360 degrees It has 170 diagonals It consists of 18 triangles
As 170 degrees is greater than 90 degrees, but less than 180 degrees, the angle is obtuse.
A shape with an interior angle of 170 degrees is a type of polygon. Specifically, it could be a concave polygon, as concave shapes can have interior angles greater than 180 degrees, but a polygon with an interior angle of 170 degrees is typically a convex polygon with multiple sides. For example, a polygon with such an angle could be a heptagon (7-sided polygon) or any other polygon that fits the angle requirement while maintaining a closed figure.
Exterior angles add up to 360 degrees Interior angles add up to 720 degrees
Interior angles = 170 degrees so exterior angles = 180 - 170 = 10 degrees Sum of exterior angles = 360 so there must be 360/10 = 36 of them. It is a 36 sided polygon.
If one angle is 10 degrees, its opposite angle is also 10 degrees. Since consecutive angles are supplementary, each pair of angles has to add up to 180 degrees so the other angles have to be 170 degrees. Therefore this parallelogram has two 10 degree angles and two 170 degree angles.
Angles between 90 and 180 degrees are called obtuse.
A triangle's angles must sum to 180 degrees. In this case, the angles measure 120, 40, and 10 degrees, which add up to 170 degrees. Since the sum is not equal to 180 degrees, these angles cannot form a triangle. Therefore, no triangles can be constructed with these angle measures.
360/10 = 36 sides
To calculate the instantaneous voltage values for the given angles using the equation ( e(t) = 170 \sin(\alpha) ), where ( \alpha ) is in degrees, we substitute the angles into the equation: For ( \alpha = 30^\circ ): ( e(30) = 170 \sin(30^\circ) = 170 \times 0.5 = 85 , \text{V} ). For ( \alpha = 60^\circ ): ( e(60) = 170 \sin(60^\circ) = 170 \times \frac{\sqrt{3}}{2} \approx 147.2 , \text{V} ). Thus, the instantaneous voltages are approximately 85 V at 30 degrees and 147.2 V at 60 degrees.
170 degrees Fahrenheit = 76.67 degrees Celsius
170 degrees Celsius is 338 degrees Fahrenheit.
-170 degrees Celsius = -274 degrees Fahrenheit
170 degree Fahrenheit = 76.67 degrees Celsius
76.666 degrees celsius
(Degrees Fahrenheit - 32) / 1.8 = (Degrees Celsius). (170-32) / 1.8 = 76.1