Yes. Provided the first two planes are parallel, the third plane can be arranged so that it intersects both of the others.
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We don't think so. We reasoned it out like this: -- Two planes either intersect or else they're parallel. -- If two planes intersect, then they're not parallel. -- In order for the third one to avoid intersecting either of the first two, it would have to be parallel to both of them. But if they're not parallel to each other, then that's not possible. If the third plane is parallel to one of the first two, then it's not parallel to the other one, and it must intersect the one that it's not parallel to.
In geometry, two planes intersect in a line. The only time this is not true is if the two planes are parallel to each other.
The intersection of 2 non-parallel planes is always a line.The intersection of 3 planes doesn't have to be a line, but it can be. If it is,then there are an infinite number of other planes that can also intersect thosethree along the same line.
An intersection is the point at which two or more lines touch or cross, therefore, lines are intersecting when they cross each-other.
Whenever two lines intersect, vertical angles refers to the angles opposite each other