The figure below shows a transversal t which intersects the parallel lines PQ and RS. Write a paragraph to prove that the measure of angle 4 is equal to the measure of angle 8.
oh i hate prove
Me too. I suck at them
ill try help not sure i am going get it right
well first of 4 and 6 is a transversal
sorry trying to help two people
So ange 4 and ange 6 is a transverse so that mean angle 4 and 2 are congruent
That's fine. Take your time
and angle 6 and 8 are congruent too.
so this proves that 4 and 8 are congruent too.
And i think that will be it but it
@Compassionate am i correct on this prove?
Oh i forgot to add the 4 and 6 is transverse that mean that line PQ and RS are parallel
do you understand if not i can rewrite the prove.
So the proof in paragraph form would be Angles 4 and angles 6 is a transversal. Since angle 4 and angle 6 are transverse, that means that line PQ and RS are parallel. This means that angles 4 and 2 and angles 6 and 8 are congruent. This proves that angle 4 and angle 8 are congruent.??
yes that will be correct but make sure that i am right. little rusty on my proves
@charlotte123 @wolfe8 would that be right?
Nope.. 4 and 6 are on lines that are parallel...
So should I take that part out completely?
This means that angles 4 and 2 and angles 6 and 8 are congruent. eh this also incorrect. those angles are congruent because of the vertical angle theorem.
but i thought angle 4 and 6 can prove it is a transversal
when you proof that 4 and 6 a traversal you can prove that line pq an rs are parallel
4 and 8 are congruent using the transitive property. <4 = <6 <6 = <8 <4 = < 8
<4 = <6 ( alternate interior angles ) <6 = <8 ( vertical angle theorem ) <4 = <8 ( transitive property)
yea i shamil98 is correct.
Angle 4 is congruent to angle 6 because they are alternate interior angles. Angle 6 is congruent to angle 8 by the vertical angle theorem. Angle 4 is congruent to angle 8 by the transitive property.
So would that be correct?
yes
this picture i am going attach going help you through parallelgram
Thank you so much!
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