On a coordinate plane, 2 lines intersect at (negative 1, 5). Which appears to be the solution to the system of equations shown in the graph? (–2, 6) (–1, 5) (5, –1) (6, –2)'

As soon as look at the parallelogram abcd shown below: the table below shows the steps to prove that if the quadrilateral abcd is a parallelogram, then its opposite sides are congruent: which choice completes the missing information for reason 5 in the chart? (6 points) congruent parallelograms congruent triangles similar angles similar triangles

What is the 12th term of b(n)=-4-2(n-1)

Which of the functions graphed below has a removable discontinuity?