In problem 35 part d, you were shown that there were two different factored forms for 3n2 + 9n+ 6.
Why does 3n2
+ In + 6 have more than one factored
form while the other quadratics in problem 8-35 only
have one possible answer? Look for clues in the
original expression 3n2 + 9n + 6 and in the different
factored forms.

Igure 1 and figure 2 are two congruent parallelograms drawn on a coordinate grid as shown below: 4 quadrant coordinate grid showing two parallelograms. figure 1 has vertices at negative 5, 2 and negative 3, 4 and negative 4, 7 and negative 6, 5. figure 2 has vertices at 5, negative 2 and 7, negative 4 and 6, negative 7 and 4, negative 5. which two transformations can map figure 1 onto figure 2? reflection across the y-axis, followed by reflection across x-axis reflection across the x-axis, followed by reflection across y-axis reflection across the x-axis, followed by translation 10 units right reflection across the y-axis, followed by translation 5 units down