Distance Midpoint Review

Use the distance formula to find the distance, to the nearest tenth, from T(6, -1) to V(-4, 4)

• 11.2 units

• -5.0 units

• 0.0 units

• 3.1 units

Find the coordinates of the midpoint of Segment AL with endpoints A(-5, -4) and L(3, 7)

• (-2, 3)

• (-2, 0.5)

• (0, 2)

• (-1, 1.5)

Use the distance formula to find the distance, to the nearest tenth, from T(6, -1) to V(-2, 3)

• 8.9 units

• -4.0 units

• 0.0 units

• 2.5 units

Use the distance formula to find the distance, to the nearest tenth, from R(-3, -2) to W(-7, 5)

• 5.6 units

• 1.7 units

• 8.1 units

• 3.0 units

Find CD and EF. Then determine if CD is congruent to EF

• CD = 4.47, EF = 4.47, CD = EF

• CD = 4.47, EF = 5, CD =/= EF

• CD = 5, EF = 4.47, CD =/= EF

• CD = 5, EF = 5, CD = EF

M is the midpoint of AN, A has coordinates (4, 2), and M has coordinates (-1, 6). Find N.

• (1.5, 4)

• (3, 8)

• (-7, 9.5)

• (-6, 10)

Find the coordinates of the midpoint of CN with endpoints C(-5, -5) and N(3, 6)

• (-2, 1)

• (-0.5, 1.5)

• (-1, 0.5)

• (-2, 0)

M is the midpoint of AN. A has coordinates (8, -6), and M has coordinates (1, -2). Find N.

• (9, -8)

• (-5.5, 1.5)

• (4.5, -4)

• (-6, 2)