Yes it passes the vertical line test
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Explanation:</h2><h2>
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Hello! Remember you have to write complete questions in order to get good and exact answers. This question is incomplete but I'm going to help you assuming some things:
- The small rectangle is built up by the x and y-axis and the point
- The large rectangle is built up by the x and y-axis and the point that follows the rule:
For the small rectangle, the vertices are:
Therefore, if 
lies on the small rectangle, for the large rectangle we have:
In conclusion:
If point 
lies on the small rectangle, then 
lies on the large rectangle.
Here are the steps
1: Put the compass on Q and make the width equal to the distance from Q to L. Extend line LM towards the left side of L and draw an arc hitting the line segment on the left side of L
2. <span> Without changing the width and position of the compass, draw an arc between L and M.
3. Without changing the width of the compass, put the compass on the point of intersection of the arc and line LM (left side of L). Draw an arc above line LM.
4. Without changing the width of the compass, put the compass on the point of intersection of the arc and line LM (right side of L). Draw an arc above line LM.
5. Use a straight edge to make a line from the intersection of the two arcs above line LM to Q intersecting through L along the way. </span>
Answer:
Step-by-step explanation:
The answer is 570 because if you multiply 38 times 15 = 570 so it is 570. Thank you for answering to hope this helps you if you need more help contact me!
We can only see one problem.
That triangle is a isosceles, because it has 2 congruent sides.
-Steel jelly
