If the front view of a point lies 30 mm below the reference line and the top view 60 mm above the front view, then the point is situated in
Question
If the front view of a point lies 30 mm below the reference line and the top view 60 mm above the front view, then the point is situated in
Solution 1
The point is situated in the third quadrant. Here's why:
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The front view of a point lying below the reference line indicates that the point is either in the third or fourth quadrant.
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However, the top view being above the front view confirms that the point is in the third quadrant.
In orthographic projections, the third quadrant is the one where both the front view and the top view are seen in their true shapes and sizes. The front view is drawn below the reference line (or XY line), and the top view is drawn above the front view.
Solution 2
The point is situated in the third quadrant.
Here's the step-by-step reasoning:
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The front view of a point lying below the reference line indicates that the point is either in the third or fourth quadrant.
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The top view of the point being above the front view further confirms that the point is in the third quadrant.
In orthographic projections, the third quadrant is the one where both the front view and the top view are seen in the same direction.
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