If the complement of an angle is 28°, then the complement of the angle and the angle itself add up to 90°.

Let the angle be x degrees.

So, we have:
x + 28 = 90

Now, let's solve for x:

x = 90 - 28
x = 62

Now, we know that the supplement of an angle is the amount by which the angle needs to be increased to reach 180°.

So, the supplement of the angle is:
180 - x

Substituting the value of x, we get:

180 - 62 = 118

Therefore, the supplement of the angle is 118°.

A linear pair consists of two adjacent angles whose sum is 180 degrees.

If one of the angles forming a linear pair is a right angle (90 degrees), then the other angle must be:

180° - 90° = 90°

So, if one angle in a linear pair is a right angle, the other angle must also be a right angle.

Therefore, both angles forming the linear pair are right angles.

A linear pair consists of two adjacent angles whose sum is 180 degrees.

If one of the angles forming a linear pair is an obtuse angle, then the other angle must be:

180° - (measure of the obtuse angle)

Since the sum of the two angles forming a linear pair is 180 degrees, and one of the angles is obtuse, the other angle must be acute.

Therefore, if one angle forming a linear pair is an obtuse angle, the other angle is an acute angle.

If one of the angles forming a linear pair is an acute angle, then the other angle must be an obtuse angle.

This is because a linear pair consists of two adjacent angles whose sum is 180 degrees. If one angle is acute (less than 90 degrees), the other angle must be obtuse (greater than 90 degrees) in order for their sum to equal 180 degrees.

No, two acute angles cannot form a linear pair.

A linear pair consists of two adjacent angles whose sum is 180 degrees. Acute angles measure less than 90 degrees.

If we add two acute angles together, the sum will always be less than 180 degrees.

Therefore, two acute angles cannot form a linear pair.