Mathematics, 03.10.2019 05:00, caddie10
Use the quadratic equation βx2+3=0 to answer the questions. a: what are the solutions to the quadratic equation? b: which statements accurately interpret the meanings of the solutions? select one answer for part a, and select two answers for part b.
b: since the quadratic equation has two complex solutions, the graph of the quadratic equation does not intercept the x-axis.
b: since the quadratic equation has two real solutions, the graph of the quadratic equation intercepts the x-axis at (3ββ,0) and (β3ββ,0).
b: since the quadratic equation has two real solutions, the graph of the quadratic equation intercepts the x-axis at (β3,0) and (3,0).
b: since the solutions are x=3i or x=β3i, two factors of the quadratic expression βx2+3 are (xβ3i) and (x+3i).
b: since the solutions are x=3ββ or x=β3ββ, two factors of the quadratic expression βx2+3 are (xβ3ββ) and (x+3ββ).
b: since the solutions are x=3 or x=β3, two factors of the quadratic expression βx2+3 are (x+3) and (xβ3).
Answers: 3
Mathematics, 21.06.2019 13:30, mbatton879
In the coordinate plan (-6,9) b (3,9) c (3,3) def is shown in the coordinate plan below
Answers: 1
Mathematics, 21.06.2019 16:20, jennyferluna0216
Refer to interactive solution 17.45 to review a method by which this problem can be solved. the fundamental frequencies of two air columns are the same. column a is open at both ends, while column b is open at only one end. the length of column a is 0.504 m. what is the length of column b?
Answers: 1
Use the quadratic equation βx2+3=0 to answer the questions. a: what are the solutions to the quadra...
Spanish, 12.10.2019 04:50
Mathematics, 12.10.2019 04:50
History, 12.10.2019 04:50
Biology, 12.10.2019 04:50