thirty nine
All the interior angles in a hexagon are 120 degree's, making them obtuse angles.
Opposite angles are congruent in any pair of intersecting lines, such as those formed by two straight lines crossing each other. When two lines intersect, they create four angles, and the angles that are opposite each other (vertical angles) are always equal in measure. This property holds true regardless of the angle sizes, making vertical angles congruent in all cases of intersection.
In the scenario described, angles 1 and 3 are corresponding angles formed by the transversal t intersecting the parallel lines PQ and RS, making them equal in measure. Similarly, angles 2 and 4 are alternate interior angles, which are also equal. Therefore, the relationships between these angles demonstrate the properties of parallel lines and transversals, confirming that angles 1 = angle 3 and angle 2 = angle 4.
The four relationships two lines in space can have are perpendicular, parallel, skew, and intersecting. perpendicular refers to when lines are crossing each other making four ninety degree angles. Parallel lines have the same slope and therefore remain the same distance from each other forever; they never touch. Intersecting lines cross without making ninety degree angles. Skew line are lines that do not intersect and are also not parallel. Its like a bridge. cars drive across it and do not hit the cars below although from a aerial view they are in the same place. Because of this phenomenon skew lines cannot exist in a two dimensional situation. Skew lines can only be present in 3 or more dimensional situations.
A right triangle because it has three sides and three angles. One of the angles though is an 90 degree angle making the other two acute angles because another 90 degree angle or an obtuse angle would not fit. An obtuse triangle also has 2 acute angles.
All the interior angles in a hexagon are 120 degree's, making them obtuse angles.
Opposite angles are congruent in any pair of intersecting lines, such as those formed by two straight lines crossing each other. When two lines intersect, they create four angles, and the angles that are opposite each other (vertical angles) are always equal in measure. This property holds true regardless of the angle sizes, making vertical angles congruent in all cases of intersection.
In the scenario described, angles 1 and 3 are corresponding angles formed by the transversal t intersecting the parallel lines PQ and RS, making them equal in measure. Similarly, angles 2 and 4 are alternate interior angles, which are also equal. Therefore, the relationships between these angles demonstrate the properties of parallel lines and transversals, confirming that angles 1 = angle 3 and angle 2 = angle 4.
90 degree angle is the measure of each piece. Once the angles are formed at 145 degrees, each corner makes a 90 degree angle.
The four relationships two lines in space can have are perpendicular, parallel, skew, and intersecting. perpendicular refers to when lines are crossing each other making four ninety degree angles. Parallel lines have the same slope and therefore remain the same distance from each other forever; they never touch. Intersecting lines cross without making ninety degree angles. Skew line are lines that do not intersect and are also not parallel. Its like a bridge. cars drive across it and do not hit the cars below although from a aerial view they are in the same place. Because of this phenomenon skew lines cannot exist in a two dimensional situation. Skew lines can only be present in 3 or more dimensional situations.
A right triangle because it has three sides and three angles. One of the angles though is an 90 degree angle making the other two acute angles because another 90 degree angle or an obtuse angle would not fit. An obtuse triangle also has 2 acute angles.
To indicate that angles have the same measure in a diagram, one typically uses arc marks or hash marks placed within the angles. These marks are identical in style and number for angles that are equal, making it visually clear that they measure the same. Additionally, symbols such as angle notation or congruence symbols can also be employed to denote equality between angles.
A 49-degree angle is an acute angle that measures 49 degrees between two intersecting lines. It is less than 90 degrees, making it acute. In geometric terms, it falls between a 0-degree angle (a straight line) and a 90-degree angle (a right angle).
Well,actually,parallel line are lines that has two line segments,going on side by side without meating each other. example: _____________________________ _____________________________ But actually,the letter x is a intersecting line.You see,an intersecting line is a line cross,but making two obtuse,and acute angles.
Yes, a regular triangle, also known as an equilateral triangle, has three angles that are each 60 degrees. In any triangle, the sum of the interior angles is always 180 degrees, and in an equilateral triangle, all angles are equal, making each one 60 degrees. Thus, a regular triangle indeed has three 60-degree angles.
The 2 acute angles will each measure 35 degrees
2 lines passing through each other making exactly four 90 degree angles