Some steps in a geometric construction done by Lohan are shown below. The arcs at A and B are drawn from points L and M. What will be the result of Lohan’s construction? Any segment drawn on points A and B will be parallel to segment LM. Lengths of segment LM and a segment drawn from A to B will always be the same. Points A and B will be closer to point L than to point M. A segment drawn from A to B will bisect segment LM at 90°.
I should of probably written that out more clearly. the question is Some steps in a geometric construction done by Lohan are shown below. The arcs at A and B are drawn from points L and M. What will be the result of Lohan’s construction? The answer choices are Any segment drawn on points A and B will be parallel to segment LM. Lengths of segment LM and a segment drawn from A to B will always be the same. Points A and B will be closer to point L than to point M. A segment drawn from A to B will bisect segment LM at 90°.
A picture is worth a thousand words... (or keep typing...)
http://assets.openstudy.com/updates/attachments/4ff4df77e4b01c7be8c81e50-nykole-1341448083040-hm.jpg copy and paste that in your bar thing and the picture sure show up
if they did not change the opening of the compass, then the distances LA, LB, MA and MB are all the same. you have formed a rhombus. Lines AB and LM are the diagonals of a rhombus. what do you know about the diagonals of a rhombus ? See http://www.coolmath.com/reference/rhombus.html and look for properties of diagonals
But how do i not know he is trying to make perpendicualr lines. I thought it was the last choice because he could make perpendicular lines, but at the same time your right he could be making a rhombus so the answer would probably no longer be the last one. thats why i dont no which one it is
did you check the properties of the diagonals of a rhombus ?
yes i did. so its the second choice right?
The intersection of the diagonals of a rhombus form 90 degree (right) angles. This means that they are perpendicular. The diagonals of a rhombus bisect each other. This means that they cut each other in half.
Wait so then it was the last answer choice?
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