Common Formative Assessment April

Last updated 3 months ago

4 Nsɛmmisa

Ɛhia

Asemmisa {{asɛmmisaAhyɛnsode}}

Translate the figure along the given vector: <-3, 1>
Remember to show your work for credit. No work means 0 points.

Ɛhia

Laabri

Common Formative Assessment April

Last updated 3 months ago

4 Nsɛmmisa

Ɛhia

Asemmisa {{asɛmmisaAhyɛnsode}}

On the graph below, triangle ABC is graphed.
Triangles A'B'C' and A"B"C" are graphed after a sequence of rigid motions.
Identify which sequence of transformations maps ABC onto A'B'C' and then maps A'B'C' onto A"B"C".
Remember to show your work for credit. No work means 0 points.

a reflection followed by a translation

a translation followed by a reflection

a reflection followed by a rotation

a rotation followed by another rotation

Ɛhia

Asemmisa {{asɛmmisaAhyɛnsode}}

Graph the image of the figure by reflecting across the x-axis.
Remember to show your work for credit. No work means 0 points.

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Ɛhia

Asemmisa {{asɛmmisaAhyɛnsode}}

Translate the figure along the given vector: <-3, 1>
Remember to show your work for credit. No work means 0 points.

Ɛhia

Asemmisa {{asɛmmisaAhyɛnsode}}

Are these figures congruent? Explain your answer.
Use transformations and the definition of congruence to decide whether the two figures are congruent.
Remember to show your work for credit. No work means 0 points.

Asemmisa {{asɛmmisaAhyɛnsode}}

On the graph below, triangle ABC is graphed.
Triangles A'B'C' and A"B"C" are graphed after a sequence of rigid motions.
Identify which sequence of transformations maps ABC onto A'B'C' and then maps A'B'C' onto A"B"C".
Remember to show your work for credit. No work means 0 points.

a reflection followed by a translation

a translation followed by a reflection

a reflection followed by a rotation

a rotation followed by another rotation

Asemmisa {{asɛmmisaAhyɛnsode}}

Graph the image of the figure by reflecting across the x-axis.
Remember to show your work for credit. No work means 0 points.

null

Asemmisa {{asɛmmisaAhyɛnsode}}

Are these figures congruent? Explain your answer.
Use transformations and the definition of congruence to decide whether the two figures are congruent.
Remember to show your work for credit. No work means 0 points.

Common Formative Assessment April

Translate the figure along the given vector: <-3, 1>Remember to show your work for credit. No work means 0 points.

Common Formative Assessment April

On the graph below, triangle ABC is graphed. Triangles A'B'C' and A"B"C" are graphed after a sequence of rigid motions.Identify which sequence of transformations maps ABC onto A'B'C' and then maps A'B'C' onto A"B"C".Remember to show your work for credit. No work means 0 points.

Graph the image of the figure by reflecting across the x-axis.Remember to show your work for credit. No work means 0 points.

Translate the figure along the given vector: <-3, 1>Remember to show your work for credit. No work means 0 points.

Are these figures congruent? Explain your answer.Use transformations and the definition of congruence to decide whether the two figures are congruent.Remember to show your work for credit. No work means 0 points.

On the graph below, triangle ABC is graphed. Triangles A'B'C' and A"B"C" are graphed after a sequence of rigid motions.Identify which sequence of transformations maps ABC onto A'B'C' and then maps A'B'C' onto A"B"C".Remember to show your work for credit. No work means 0 points.

Graph the image of the figure by reflecting across the x-axis.Remember to show your work for credit. No work means 0 points.

Are these figures congruent? Explain your answer.Use transformations and the definition of congruence to decide whether the two figures are congruent.Remember to show your work for credit. No work means 0 points.

Translate the figure along the given vector: <-3, 1>
Remember to show your work for credit. No work means 0 points.

On the graph below, triangle ABC is graphed.
Triangles A'B'C' and A"B"C" are graphed after a sequence of rigid motions.
Identify which sequence of transformations maps ABC onto A'B'C' and then maps A'B'C' onto A"B"C".
Remember to show your work for credit. No work means 0 points.

Graph the image of the figure by reflecting across the x-axis.
Remember to show your work for credit. No work means 0 points.

Translate the figure along the given vector: <-3, 1>
Remember to show your work for credit. No work means 0 points.

Are these figures congruent? Explain your answer.
Use transformations and the definition of congruence to decide whether the two figures are congruent.
Remember to show your work for credit. No work means 0 points.

On the graph below, triangle ABC is graphed.
Triangles A'B'C' and A"B"C" are graphed after a sequence of rigid motions.
Identify which sequence of transformations maps ABC onto A'B'C' and then maps A'B'C' onto A"B"C".
Remember to show your work for credit. No work means 0 points.

Graph the image of the figure by reflecting across the x-axis.
Remember to show your work for credit. No work means 0 points.

Are these figures congruent? Explain your answer.
Use transformations and the definition of congruence to decide whether the two figures are congruent.
Remember to show your work for credit. No work means 0 points.