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so in this one weamp;#39;re trying to prove that angle abe is going to be congruent to angle a e c d and thereamp;#39;s a couple ways to do this um and it doesnamp;#39;t matter which one you choose to do youamp;#39;re given that you have two different parallelograms this is one of the parallelograms and then this is the other parallelogram and so the the two methods that people would employ on this proof is first you can either prove the two triangles that those angles in are congruent or second you can just use parallel lines iamp;#39;m going to go ahead and do the parallel line method and so youamp;#39;re given that a b f e and b c d e are parallelograms thatamp;#39;s your given notice that youamp;#39;re not given any parallel lines and if you want to use things like for example alternate interior angles which is what weamp;#39;re going to use then you need to claim the parallel lines and so since a b f e is a parallelogram that means a b is parallel to f e and then since b
