please help medal given!!! he following is an incomplete paragraph proving that the opposite sides of parallelogram ABCD are congruent: Parallelogram ABCD is shown where segment AB is parallel to segment DC and segment BC is parallel to segment AD.According to the given information, segment AB is parallel to segment DC and segment BC is parallel to segment AD.. Construct diagonal A C with a straightedge. _____________. Angles BAC and DCA are congruent by the Alternate Interior Angles Theorem. Angles BCA and DAC are congruent by the same theorem. Triangles BCA and DAC are congruent according

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please help medal given!!! he following is an incomplete paragraph proving that the opposite sides of parallelogram ABCD are congruent: Parallelogram ABCD is shown where segment AB is parallel to segment DC and segment BC is parallel to segment AD.According to the given information, segment AB is parallel to segment DC and segment BC is parallel to segment AD.. Construct diagonal A C with a straightedge. _____________. Angles BAC and DCA are congruent by the Alternate Interior Angles Theorem. Angles BCA and DAC are congruent by the same theorem. Triangles BCA and DAC are congruent according

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o the Angle-Side-Angle (ASA) Theorem. By CPCTC, opposite sides AB and CD, as well as sides BC and DA, are congruent. Which sentence accurately completes the proof? Angles BAC and DCA are congruent by the Same-Side Interior Angles Theorem. Diagonal BD is congruent to itself by the Reflexive Property of Equality Diagonal AC is congruent to itself by the Reflexive Property of Equality. Angles ABC and CDA are congruent according to a property of parallelograms (opposite angles congruent).
|dw:1434504274987:dw|
After marking on the figure the rest of the proof we have this. |dw:1434504336360:dw|

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yes thats the construction can you help me ?
Notice this sentence in the proof: "Triangles BCA and DAC are congruent according to the Angle-Side-Angle (ASA) Theorem."
its a?? or d
In this proof, we need to prove two triangles congruent. Not only that, we know the triangles are being proved congruent by ASA.
@mathstudent55 you there ?
|dw:1434504748550:dw|
We have two angles of one triangle congruent to two angles of the other triangle. All that is missing is the included side. Which side is included in between those angles?
Here is a hint: |dw:1434504858390:dw|
a and c
Side AC. Now look in your choices and see if segment AC is congruent to segment AC is one of them.
Diagonal AC is congruent to itself by the Reflexive Property of Equality.
yes so c ?
yes
can you help with one more please ?
I can do one more. Please start a new post.

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