What else would need to be congruent to show that ABC= ADEF by the AAS theorem?
B
E
Given:
ZA ZD
AB DE
A
C D
F
O A. ZCEZF
B. ZBE ZE
C. BC BC
O D. AC = DF

Astudent simplified a rational expression as shown.

Graph g(x)=2cosx . use 3.14 for π . use the sine tool to graph the function. graph the function by plotting two points. the first point must be on the midline and closest to the origin. the second point must be a maximum or minimum value on the graph closest to the first point.

[15 points]find the least common multiple of the expressions: 1. 3x^2, 6x - 18 2. 5x, 5x(x +2) 3. x^2 - 9, x + 3 4. x^2 - 3x - 10, x + 2 explain if possible