Please help with the following.

10. If A ABC below is rotated 270 clockwise about the origin, what will be the resulting coordinates of Point B? A -7 6 4 4 3 -2 -1 9 1234567 B C (-5, 4) B. (4, 5) C. (5.4) D. (-4, - 5)12. The figure below is an isosceles trapezoid with vertices at (0, -4), (-4, 0), (-4, 8), and (8, -4). What is the equation for the line of symmetry of this figure? A B. C. D.14. Line segment is rotated 90 counterclockwise to create segment . Point _ on of is defined by coordinates (x. v). What are the coordinates of the corresponding point z on segment ST A (x, )) B. (-XY) (v, x) D. (-V. x)16. Which transformation rule would produce figures that are similar, but not congruent? A (x, y ) - (x, -y) B. (x, y) - (y, x) C. (x, y) - (2x, 2y) D. (x, y ) - (x + 2, y+ 2)6. The figure below is a rhombus with vertices at ( - 3, 0), (0, 7), (3, 0), (0, - 7). 4 5 Which of the following BEST describes the number of lines of symmetry and a type of symmetry present for this figure? A 2 lines of symmetry; 90 rotational symmetry about the origin B. 4 lines of symmetry; 90 rotational symmetry about the origin C. 2 lines of symmetry; 180" rotational symmetry about the origin D. 4 lines of symmetry; 180" rotational symmetry about the origin7. Which figure can NOT be mapped onto itself by a rotation of less than 360 degrees? A square B. trapezoid C. regular hexagon D. regular pentagon8. What transformation technique was used to generate Figure B from Figure A below? B A 173456789 A a clockwise rotation 90" about the origin B. a counterclockwise rotation 90" about the origin C. a translation 8 units to the left and 4 units up D. a translation 3 units to the left and 1 unit down