is given in the picture b. Find the vector from C to the point that lies two-thirds of the way from C to M on the median CM. c. Find the coordinates of the point in which the medians of ΔABC intersect. This point is the plate's center of mass
is given in the picture b. Find the vector from C to the point that lies two-thirds of the way from C to M on the median CM. c. Find the coordinates of the point in which the medians of ΔABC intersect. This point is the plate's center of mass
is given in the picture b. Find the vector from C to the point that lies two-thirds of the way from C to M on the median CM. c. Find the coordinates of the point in which the medians of ΔABC intersect. This point is the plate's center of mass
A is given in the picture
b. Find the vector from C to the point that lies two-thirds of the way from C to M on the median CM.
c. Find the coordinates of the point in which the medians of ΔABC intersect. This point is the plate's center of mass
Quantities that have magnitude and direction but not position. Some examples of vectors are velocity, displacement, acceleration, and force. They are sometimes called Euclidean or spatial vectors.
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