What will be the centroid of the ∆ABC whose vertices are A(-2, 4),

1.	What will be the centroid of the ∆ABC whose vertices are A(-2, 4), B(0, 0) and C(4, 2)?
A.	(\(\frac {2}{3}\), 2)
B.	(\(\frac {2}{3}\), 1)
C.	(\(\frac {2}{5}\), 2)
D.	(\(\frac {1}{3}\), 2)
Answer» B. (\(\frac {2}{3}\), 1)

Discussion

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The coordinates of one end of the diameter AB of a circle are A (-2, -3) and the coordinates of diameter are (-2, 0). What will be the coordinates of B?
What will be the centroid of the ∆ABC whose vertices are A(-2, 4), B(0, 0) and C(4, 2)?
What will be the value of a and b, if (-5, a), (-3, -3), (-b, 0) and (-3, 3) are the vertices of the parallelogram?
What will be the coordinates of the fourth vertex S, if P(-1, -1), Q(2, 0), R(2, 3) are the three vertices of a parallelogram?
What will be the length of the median through the vertex A, if the coordinates of the vertices of ∆ABC are A(2, 5), B(5, 0), C(-2, 5)?
What will be the coordinates of B, if the point C\((\frac {29}{7}, \frac {46}{7} )\), divides the line segment joining A (5, 8) and B (a, b) in the ratio 2:5?
In what ratio is the line segment joining the points A(2, 4) and B(6, 5) divided by the y-axis?
In what ratio is the line segment joining the points A(-5, 2) and B(3, 9) divided by the x-axis?