For you A+ Cheaters ;D
it's 50!
Length of sides is irrelevant. Angles are ((180 - 40)/2) ie 70o
A protractor that can be made from a square piece of tracing paper or wax paper to make an angle measurer. It is divided into 8 equal units. The units are labelled from 0 to 7 clockwise and counterclockwise. To measure an angle, count how many units fit the angle
This problem can be solved using the Sine Rule :a/sin A = b/sin B = c/sin C 10/sin 45 = AB/sin 75 : AB = 10sin 75 ÷ sin 45 = 13.66 units (2dp)
This means that for every 100 units of distance forward, you go 80 units up. (you have to go about 128.06 along the slope to do this) This is an angle of 38.66 degrees.
You need a side and another angle. Hypo = side / sin angle. Eg if a side is 6 units and an angle 30 degrees then hypotenuse = 6/0.5 = 12
A degree is the measure of an angle.
If that '56' has units of 'degrees', then the vertex angle is 68 degrees.
Arc degrees, minutes and seconds are the units of angular measurement.
Angles are units of measure that define the relationships between two intersecting lines It's tough to demonstrate by text, but I'm goind to give it a try; _\ = an angle of about 60 degrees _/ = an angle of about 120 degrees _| = an angle of 90 degrees (also called a 'right' angle) _._ = an angle of about 180 degrees = is an angle of about 0 degrees
84*r*pi/180 units of length where the radius is r units of length.
69 degrees 180-42 = 138 138/2 = 69 degrees You do not need the measure of the side to derive the answer.
As we read the question, we sketched it out here on our yellow pad. We got 100 degrees for angle 'bec', but we have no confidence in that result, because we're not at all sure that our sketch is the only possible one that fits the details in the question. We're pretty sure that this is another case where we really need to see the labeled drawing described in the question before we can tease out any reliable answer.
They are both units in the measure of an angle. There are 360 degrees in a full turn of a circle. There are 2 pi (radian measure) in a full turn of a circle.
If the angle is 2x radians then the length of the arc is 2x*r units where the radius of curvature is r units. If you measure the angle in degrees, then the length of the arc is pi*x*r/90 units.
If it is an isosceles triangle then the base angles must be equal angles of 69 degrees because there are 180 degrees in a triangle and 42+69+69 = 180 degrees
If the vertex angle measures 36 degrees, then each base angle is 72 degrees, regardless of the length of the congruent sides. They may be the length of a DNA strand, a 57 Chevy, or the distance to the Andromeda Galaxy. It doesn't matter. The base angles are still 72 degrees.
Each of the base angles measure 71 degrees