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What else can I help you with?
How does the real world use alternate exterior angles?
A bridge
Which pair of angles in the figure below are vertical angles check all that apply?
which pairs of angles in the figure below are vertical angles
Real world examples of obtuse angles?
Well, there is a fan. It has an obtuse angle. Or a diamond. Hope this helped! ~GMP
How many right angles in the phrase REAL FUN?
9 right angles.
What pairs of angles in the figure below are vertical angles Check all that apply?
ISN and TSW TSN and ISW
How does the real world use alternate exterior angles?
A bridge
Example of acute angles in real world?
the top angle of an A
What are real life examples of complementary and supplementary angles I need a brief descrption of where in the real world you see these types of angles.?
go to google or kismaass
What does applications mean in a science project with plants?
It is when you apply your data to the real world, and how it can help you in the real world.
Use of right angles in real world?
Right angles are used in architecture. All buildings are essentially based off of right angles (from the ground to a wall).
How can you use trigonometric tools to solve real world problems?
Whenever there are distances involved, as well as angles that are not precisely right angles.
What are real life examples of complementary and supplementary angles I need a brief description of where in the real world you see these types of angles.?
Hey! you shouldn't be using the internet!! xD ha-ha
What are real world examples of obtuse angles?
The hands of a watch at 4 or 5 o'clock.
Which pairs of angles in the below are vertical angles check all that apply?
?
How can polygon angles be used in the real world?
Angles and polygons are used by many different types of engineers, surveyors etc. Particularly in manufacturing and construction.
Which pair of angles in the figure below are vertical angles check all that apply?
which pairs of angles in the figure below are vertical angles
How can you solve real life problems that involve angle relationships in parallel lines and triangle?
To solve real-life problems involving angle relationships in parallel lines and triangles, first, identify the parallel lines and any transversal lines that create corresponding, alternate interior, or interior angles. Use the properties of these angles, such as the fact that corresponding angles are equal and alternate interior angles are equal. For triangles, apply the triangle sum theorem, which states that the sum of the interior angles is always 180 degrees. By setting up equations based on these relationships, you can solve for unknown angles and apply this information to the specific context of your problem.
