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Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.
Relative to a fixed origin 0, the point A has position vector hati-3hatj + 2hatk and the point B has position vector -2hati +2hatj- hatkThe points A and B lie on a straight-line 1. The point C has position vector 2hati+ phatj-4hatkwith respect to O, where p is a constant. Given that AC is erpendicular to 1. Find the value of p.