2. Consider the points P, Q and R with position vector (with respect to the origin O = (0,0,0)) = (2, –1,3), 6 = and (5, 2, 0) c= (1, – 7, 4). ||


2.<br>Consider the points P, Q and R with position vector (with respect to the origin O = (0,0,0))<br>= (2, –1,3),<br>6 = and<br>(5, 2, 0)<br>c=<br>(1, – 7, 4).<br>||<br>

Extracted text: 2. Consider the points P, Q and R with position vector (with respect to the origin O = (0,0,0)) = (2, –1,3), 6 = and (5, 2, 0) c= (1, – 7, 4). ||
(a) Describe the line through P and Q via general (Cartesian) equation(s).<br>(b) Give an equation for the plane B determined by P, Q and R.<br>(c) Compute distance of the origin O to the plane B obtained in part (b).<br>

Extracted text: (a) Describe the line through P and Q via general (Cartesian) equation(s). (b) Give an equation for the plane B determined by P, Q and R. (c) Compute distance of the origin O to the plane B obtained in part (b).

Jun 04, 2022
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