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In analytical geometry (geometry with numbers for coordinates), the easiest method is to show that they have the same slope.

You could also prove that the distance between the lines, at different parts, is the same (draw a perpendicular to one of the lines).

In analytical geometry (geometry with numbers for coordinates), the easiest method is to show that they have the same slope.

You could also prove that the distance between the lines, at different parts, is the same (draw a perpendicular to one of the lines).

In analytical geometry (geometry with numbers for coordinates), the easiest method is to show that they have the same slope.

You could also prove that the distance between the lines, at different parts, is the same (draw a perpendicular to one of the lines).

In analytical geometry (geometry with numbers for coordinates), the easiest method is to show that they have the same slope.

You could also prove that the distance between the lines, at different parts, is the same (draw a perpendicular to one of the lines).

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15y ago

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In analytical geometry (geometry with numbers for coordinates), the easiest method is to show that they have the same slope.

You could also prove that the distance between the lines, at different parts, is the same (draw a perpendicular to one of the lines).

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Wiki User

15y ago
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Q: What are three methods to prove that two lines are parallel?
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