Math, asked by jyotshna9753, 4 months ago

an exterior angle of a parrellogram 110. find the angles of the parrellogram ​

Answers

Answered by TheSarcasticSmile
4

Answer:

an exterior angle of a parrellogram 110. find the angles of the parrellogram

70°

110°

70°

110°

Answered by itzmesweety
6

Answer:

First thing, what if I told you that you only had 3 questions to be answered by quora? Would this really be one of your questions? Would you have taken time to write the question down properly in its entirety? Would you have double checked then triple checked?

So here's the deal. I'd like to help you with your homework and hopefully give you something more than an answer. I can do the first thing, the second will be up to you.

Parallelograms are special four sided shapes (your teacher probably says quadrilateral which is another name).

The sides opposite each other are parallel to each other and as a result the opposite sides are also equal in length.

If all four sides are equal in length this is a rhombus and looks like a diamond.

If all four interior angles are equal this is a rectangle.

If the rhombus is a rectangle then you have a square.

Based on the limited information you provided you have a few options. I can go into a few of these, but let's just come to the the realization that maybe you need a new teacher, need to learn to read, learn to transcribe, learn to discern what is worth asking quora or any combination of the above.

Seems like your teacher is trying to ask you whether you know that a parallelogram is made of lines. So in reality this problem could be any enclosed shape (and some smarter people on quora could probably tell me about better wording here) made by intersecting lines.

A straight line has 180 degrees. The exterior angle is the angle on the outside adjacent if you extended the line past the intersection / corner. The outside opposite will have the same angle as the interior angle. So knowing that the interior angle at the corner being measured is 180 less 110 which is 70.

Keep in mind this answer only applies to normal parallelograms lying on a normal plane. Abnormal ones can possibly lead to other solutions.

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