It is an acute angle which is greater than 0 but less than 90 degrees.
Every minute on a standard wall clock is six degrees. 55 degrees is a little past 12:09.
5,11 55
128 cuz 180 take away 55 is 128
11/20 = 0.55 or 55%
To calculate the 55-degree angle of a pipe elbow, you can use a protractor or an angle finder to measure the angle directly. If you are fabricating or selecting a pipe elbow, ensure that the elbow is specifically designed to have a 55-degree bend, as elbows typically come in standard angles like 45, 90, or 180 degrees. For custom applications, you may need to refer to engineering specifications or design the elbow using CAD software to ensure the desired angle is achieved.
It depends on whether the 55 degree angle is the odd-one-out or not.If it is, then the other two angles must be the same, and they must add up with 55 to be 180. (All angles of a triangle must add up to 180o) So we get the equation:2x+55=1802x=125x=62.5If the 55o angle is congruent with another angle, that means that there are two angles that are 55 degrees. So if we define the other angle as x, we get:x+2(55)=180x+110=180x=70.So if x is the odd one out, then the angles are 55-62.5-62.5If x not is the odd one out, then the angles are 55-55-70
5,11 55
The complement of a 55 degree angle is a 35 degree angle
The angle opposite the 55 degree angle will also be 55 degrees. The other two angles will each measure 180 - 55 = 125 degrees.
(-55) degree Celsius = -67 degree Fahrenheit
55 kilograms
55 degrees east is the longitude.
I think it is like 2 people, or mabye 55
acute
A pair of complementary angles sum up to 90 degrees. In this instance, the complement of a 55-degree angle is 90 - 55 = 35 degrees.
50 degrees
-- Draw a 55-degree angle. -- Instead of looking at the 'inside' opening between the lines, look at the outside opening ... how you'd go the long way from one line to the other, around the outside. That's the angle of 305 degrees.
128 cuz 180 take away 55 is 128