A right angled triangle.
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its impossible; the two perpendicular lines already make four right angles.
Its Impossible. For there to be a shape where all five lines meet perfectly and there to be two pairs of perpendicular sides, there must three right angles. Alternitavely, you could have 1 pair of perpendicular lines and two rights angles, but certainly not both.
Because it's a triangle that has three equal sides and three equal interior angles of 60 degrees.
Being 'perpendicular' would require the lines to be at 'right angles' to each other... So, if working in a 2-dimensional setting, the joining of 3 perpendicular lines would not be possible. If working in a 3-dimensional setting, the answer would be 12. Four from the intersection of the 1st and 2nd lines, four from where the 3rd line intersects initially, and four from where the 3rd line leaves the intersection.
A shape that can have three pairs of perpendicular sides is a rectangular prism (or cuboid) when considering its three-dimensional form. Each pair of sides meets at right angles, creating a structure with three sets of perpendicular edges. In a two-dimensional context, no standard polygon can have three pairs of perpendicular sides, as it would require more than four sides, violating the definition of a polygon.