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1

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Alternate interior angles are congruent, because opposite sides are parallel

Opposite sides are congruent

Opposite angles are congruent

Same side (consecutive) angles are supplementary

Diagonals bisect each other

1

Using the example in #1, solve for x.
x = ?

1

Using the example in #1, solve for x.
x = ?

1

Using the example in #1, solve for x.
x = ?

1

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Alternate interior angles are congruent, because opposite sides are parallel

Opposite sides are congruent

Opposite angles are congruent

Same side (consecutive) angles are supplementary

Diagonals bisect each other

1

Using the example in #5, solve for x.
x = ?

1

Using the example in #5, solve for x.

x = ?

1

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Alternate interior angles are congruent, because opposite sides are parallel

Opposite sides are congruent

Opposite angles are congruent

Same side (consecutive) angles are supplementary

Diagonals bisect each other

1

Using the example in #8, find the value of x.
x = ?

1

Using the example in #8, find the value of x.
x = ?

1

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Alternate interior angles are congruent, because opposite sides are parallel

Opposite sides are congruent

Opposite angles are congruent

Same side (consecutive) angles are supplementary

Diagonals bisect each other

1

Using the example in #11, find the value of x.
x = ?

1

Using the example in #11, find the value of x.
x = ?

1

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Alternate interior angles are congruent, because opposite sides are parallel

Opposite sides are congruent

Opposite angles are congruent

Same side (consecutive) angles are supplementary

Diagonals bisect each other

1

Parallelograms Class Work

Parallelograms Class Work

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Using the example in #1, solve for x.
x = ?

Using the example in #1, solve for x.
x = ?

Using the example in #1, solve for x.
x = ?

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Using the example in #5, solve for x.
x = ?

Using the example in #5, solve for x.

x = ?

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Using the example in #8, find the value of x.
x = ?

Using the example in #8, find the value of x.
x = ?

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Using the example in #11, find the value of x.
x = ?

Using the example in #11, find the value of x.
x = ?

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Using the example in #14, find the value of x.
x = ?

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Using the example in #1, solve for x.
x = ?

Using the example in #1, solve for x.
x = ?

Using the example in #1, solve for x.
x = ?

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Using the example in #5, solve for x.
x = ?

Using the example in #5, solve for x.

x = ?

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Using the example in #8, find the value of x.
x = ?

Using the example in #8, find the value of x.
x = ?

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Using the example in #11, find the value of x.
x = ?

Using the example in #11, find the value of x.
x = ?

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Using the example in #14, find the value of x.
x = ?

Parallelograms Class Work

Parallelograms Class Work

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Using the example in #1, solve for x.x = ?

Using the example in #1, solve for x.x = ?

Using the example in #1, solve for x.x = ?

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Using the example in #5, solve for x.x = ?

Using the example in #5, solve for x. x = ?

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Using the example in #8, find the value of x.x = ?

Using the example in #8, find the value of x.x = ?

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Using the example in #11, find the value of x.x = ?

Using the example in #11, find the value of x.x = ?

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Using the example in #14, find the value of x.x = ?

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Using the example in #1, solve for x.x = ?

Using the example in #1, solve for x.x = ?

Using the example in #1, solve for x.x = ?

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Using the example in #5, solve for x.x = ?

Using the example in #5, solve for x. x = ?

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Using the example in #8, find the value of x.x = ?

Using the example in #8, find the value of x.x = ?

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Using the example in #11, find the value of x.x = ?

Using the example in #11, find the value of x.x = ?

Look at the following completed example. Which property of parallelograms was used to set up and solve for x?

Using the example in #14, find the value of x.x = ?

Using the example in #1, solve for x.
x = ?

Using the example in #1, solve for x.
x = ?

Using the example in #1, solve for x.
x = ?

Using the example in #5, solve for x.
x = ?

Using the example in #5, solve for x.

x = ?

Using the example in #8, find the value of x.
x = ?

Using the example in #8, find the value of x.
x = ?

Using the example in #11, find the value of x.
x = ?

Using the example in #11, find the value of x.
x = ?

Using the example in #14, find the value of x.
x = ?

Using the example in #1, solve for x.
x = ?

Using the example in #1, solve for x.
x = ?

Using the example in #1, solve for x.
x = ?

Using the example in #5, solve for x.
x = ?

Using the example in #5, solve for x.

x = ?

Using the example in #8, find the value of x.
x = ?

Using the example in #8, find the value of x.
x = ?

Using the example in #11, find the value of x.
x = ?

Using the example in #11, find the value of x.
x = ?

Using the example in #14, find the value of x.
x = ?