Right angles aren't formed by other angles - it is already an angle itself. However, if you bisect a right angle, it becomes two acute angles.
Yes but there is no right angle forms.
No. The biggest possible obtuse angle is one that's a hair less than 180 degrees. Bisect that, and each half is the biggest possible ACUTE angle.
yes a rectangle is a parralelogram because it has four parralel lines and has four right angles
If a line is used to bisect a right angle, it will form two angles of 45 degrees. The proposed redistricting would bisect the county, with roughly equal areas and population in each half.
No but the diagonals of a square bisect each other at right angles
Only for a square or rhombus (diamond shape). The diagonals of a rectangle bisect each other, but are not perpendicular and do not bisect the opposite angles they join.
Rhombus
Right angles aren't formed by other angles - it is already an angle itself. However, if you bisect a right angle, it becomes two acute angles.
Draw a right angle (90o). Bisect the right angle and there will be two 45o angles. Bisect one of the 45o angles and there will be one 45o angle and two 22.5o angles. A 67.5o angle includes the 45o angle and the 22.5o angle next to it, totaling 67.5o.
Yes but there is no right angle forms.
No. The biggest possible obtuse angle is one that's a hair less than 180 degrees. Bisect that, and each half is the biggest possible ACUTE angle.
To bisect any angle, the line must split the angle into two equal halves. Therefore, to bisect a right-angle (90 degrees) the line would separate the right-angle into two equal parts of 45 degrees each.
yes a rectangle is a parralelogram because it has four parralel lines and has four right angles
A square.
No they dont because a hexagon does not have a right angle
If a line is used to bisect a right angle, it will form two angles of 45 degrees. The proposed redistricting would bisect the county, with roughly equal areas and population in each half.