With great difficulty because a square has 4 equal corner right angles that add up to 360 degrees.
An angle of 180 degrees is a straight line
draw the outside angle if you want to show 270 degrees then you draw a 90 degree angle but draw the circle outside of it
Obtuse
No. The interior angles of a triangle must add up to 180° 150° + 10° + 10° = 170° ≠ 180° Therefore a triangle cannot have interior angles of 150°, 10° and 10°
180 degrees is a straight line and not imposible to draw with a ruler. sin 180 degrees is 0
Assuming the set square has angles of 30o 60o and 90o.... You can draw a right angle without any problem. That leaves 60 degrees left to draw so - place the 60 degree corner on the junction of the 90 degrees and draw another line. This gives you a total angle of 150.
No, not necessarily. Think of a rhombus that is not a square. Its opposite angles are equal - either both acute (sum < 180) or both obtuse (sum >180).
180 degree Celsius are 180 degree Celsius, inside and outside of a microwave oven.
A parallelogram - including rhombus and rectangle - has 180 degree symmetry. A square has 90 deg.
A 180-degree angle can be divided into six 30-degree angles. This is because 180 divided by 30 equals 6, meaning that six 30-degree angles can fit within a 180-degree angle.
180 degree Celsius = 356 degree Fahrenheit
In addition to a 90-degree rotation, a square will also map onto itself with rotations of 180 degrees and 270 degrees around its center. A 180-degree rotation flips the square upside down, while a 270-degree rotation is equivalent to a 90-degree rotation in the opposite direction. Therefore, the angles of rotation less than 360 degrees that result in the square mapping onto itself are 90 degrees, 180 degrees, and 270 degrees.