Complementary angles add up to 90 degrees whereas supplementary angles add up to 180 degrees.
2 is prime.
Points cannot be parallel or perpendicular. So they never are.
To find the measure of angle 5, you need additional information about the relationship between angle 1 and angle 5, such as whether they are complementary, supplementary, or part of a geometric figure like a triangle. If angle 1 measures 40 degrees and there is a relationship defined (for example, if angle 1 and angle 5 are supplementary), you can calculate it accordingly. For example, if they are supplementary, angle 5 would be 140 degrees (180 - 40). Please provide more context for a precise answer.
If the angle is a lone, random angle, I believe you would need a protractor to determine the precise size of the angle (in "degrees"). However, you could, in this case, roughly guess as to whether the angle is acute, obtuse, or right (if the little rectangle is shown in the angle). Of course, if an angle is in a position where one can determine its measure using known postulates or theorems, finding the size of this angle becomes much easier. For example, if you know the measure of one angle and you must determine the measure of another angle, but these two angles are vertical angles, or are corresponding angles (by the corresponding angles postulate), you can indeed determine the measure of this angle without a protractor. Additionally, another example is that if you knew a pair of angles were either supplementary angles, complementary angles, or a linear pair, and you were given the measure of one of these angles, you could determine the measure of the other angle without a protractor. Therefore, it depends on the angle you're looking at.
Select one: a. False; the angles may be supplementary. b. True c. False; one angle may be in the interior of the other. d. False; the angles may be adjacent.
0owush
complementary angles measures add to 90 and supplementary angles measures add to 180. Whether they are next to each other or not does not matter.
2 is prime.
Points cannot be parallel or perpendicular. So they never are.
To find the measure of angle 5, you need additional information about the relationship between angle 1 and angle 5, such as whether they are complementary, supplementary, or part of a geometric figure like a triangle. If angle 1 measures 40 degrees and there is a relationship defined (for example, if angle 1 and angle 5 are supplementary), you can calculate it accordingly. For example, if they are supplementary, angle 5 would be 140 degrees (180 - 40). Please provide more context for a precise answer.
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The composition of the rock will determine whether it is a rhyolite or an andesite.
Agnosticism is simply the view that it is impossible to determine whether or not god(s) exist, and so take a stance of neither faith nor disbelief, instead asserting that they do not know.
Supplementary genes are two independent pairs of genes interacting in such a manner that one dominant factor produces its effect whether the other is present or not, while the second gene can produce its effect only in the presence of the first.
EMG can determine whether a particular muscle is responding appropriately to stimulation, and whether a muscle remains inactive when not stimulated
To determine whether a request is meant for the client CPU or the server.To determine whether a request is meant for the client CPU or the server
If the angle is a lone, random angle, I believe you would need a protractor to determine the precise size of the angle (in "degrees"). However, you could, in this case, roughly guess as to whether the angle is acute, obtuse, or right (if the little rectangle is shown in the angle). Of course, if an angle is in a position where one can determine its measure using known postulates or theorems, finding the size of this angle becomes much easier. For example, if you know the measure of one angle and you must determine the measure of another angle, but these two angles are vertical angles, or are corresponding angles (by the corresponding angles postulate), you can indeed determine the measure of this angle without a protractor. Additionally, another example is that if you knew a pair of angles were either supplementary angles, complementary angles, or a linear pair, and you were given the measure of one of these angles, you could determine the measure of the other angle without a protractor. Therefore, it depends on the angle you're looking at.