Respuesta :
The first thing you should do in this case is to draw the vertices in the Cartesian plane and join each of the points.
Then, to find the area of the figure you must first find the area of the rectangle and add it to the area of the parallelogram.
Area of the rectangle:
Ar = (w) * (l)
Ar = (root ((6-4) ^ 2 + (1 - (- 2)) ^ 2)) * (root ((- 3-6) ^ 2 + (7-1) ^ 2))
Ar = (3.61) * (10.82)
Ar = 39
Parallelogram Area:
Ap = b * h
Ap = (root ((- 7 - (- 3)) ^ 2+ (7-7) ^ 2)) * (root ((- 7 - (- 7)) ^ 2+ (7-4) ^ 2) )
Ap = (4) * (3)
Ap = 12
Total area:
At = Ar + Ap = (39) + (12) = 51
answer:
The area of the figure is:
At = 51 Units ^ 2
Then, to find the area of the figure you must first find the area of the rectangle and add it to the area of the parallelogram.
Area of the rectangle:
Ar = (w) * (l)
Ar = (root ((6-4) ^ 2 + (1 - (- 2)) ^ 2)) * (root ((- 3-6) ^ 2 + (7-1) ^ 2))
Ar = (3.61) * (10.82)
Ar = 39
Parallelogram Area:
Ap = b * h
Ap = (root ((- 7 - (- 3)) ^ 2+ (7-7) ^ 2)) * (root ((- 7 - (- 7)) ^ 2+ (7-4) ^ 2) )
Ap = (4) * (3)
Ap = 12
Total area:
At = Ar + Ap = (39) + (12) = 51
answer:
The area of the figure is:
At = 51 Units ^ 2