I can't tell. I'm having trouble seeing the picture.
6 A+
In a triangle, each angle is opposite to one side. The size of the angle is related to the length of the side opposite to it; larger angles correspond to longer sides. Thus, each of the three angles in a triangle is uniquely associated with one of the triangle's three sides.
2 right angles will form a supplementary angle of 180 degrees
all angles
A shape that has 2 right angles, 1 acute angle, and 2 obtuse angles is a quadrilateral. One possible example is a right trapezoid, where two angles are right angles, one angle is acute, and the last angle is obtuse. This combination of angles can create various quadrilateral shapes, but they must maintain the sum of interior angles equal to 360 degrees.
6 A+
Without a visual or more information, I'm guessing that the picture is of angles 1 and 2 that are consecutive (share an angle side) and a separate picture of consecutive angles 3 and 4. With that said: 1) angle 2 congruent to angle 3................1) given 2) angle 1 is supplementary to angle 2....2) If angles are next to each other --> supps angle 3 is supplementary to angle 4 3) angle 1 congruent angle 4..............3) If supps to congruents angles ---> congruent
angles 1 and angles 2 are vertical angles this is so wrong the correct answer angle 1 and angle 2 are adjacent angles.
In a triangle, each angle is opposite to one side. The size of the angle is related to the length of the side opposite to it; larger angles correspond to longer sides. Thus, each of the three angles in a triangle is uniquely associated with one of the triangle's three sides.
all angles
2 right angles will form a supplementary angle of 180 degrees
Angles are two rays angle pairs have 2 angles that make into 90 or 180 degresses
A shape that has 2 right angles, 1 acute angle, and 2 obtuse angles is a quadrilateral. One possible example is a right trapezoid, where two angles are right angles, one angle is acute, and the last angle is obtuse. This combination of angles can create various quadrilateral shapes, but they must maintain the sum of interior angles equal to 360 degrees.
you can use up to 2 angles in a supplementary angle. Just find 2 angles to fit into 180 degrees.
Dividing the angle into 2 congruent angles
An Angle Bisector
To find angle o, we need more context about the relationship between angles 2, p, and o. If angle 2 and angle p are part of a triangle or a straight line, we can use properties of triangles or supplementary angles to find angle o. For example, if angles 2 and p are part of a triangle, angle o would be calculated as 180 - (angle 2 + angle p). Please provide additional information about the angles' arrangement for a specific answer.