\fPart A As shown on the coordinate system, points A and B have the following distances from the origin: 33A = 3.20 ft , 3.4 = 2.40 ft . 3:3 = 3.00 ft , y3 = 1.20 ft. and 2:3 = 1.?0 ft. [gure 1} Which of the following statements correctly describes the iocarion and position vector of point A from the origin? Use appropriate notation for the location and position 1trector of a point. Check all that apply. DDDDDDDDDD The position vector of A is given as {3.20, 0.00, 2.40} ft. The location of A is given as A820 i + 0.00j + 2.40 1;} ft. The position vector of A is given as {3.20 i + 0.00j + 2.40 k} ft. The location of A is given as A820, 0.00, 2.40) ft. The position vector of A is given as {3.20 i, 2.40 k) ft. The location of A is given as A820 i + 2.40 k} ft. The location of A is given as A820, 0.00, 2.40} ft. The position vector of A is given as {3.20, 0.00, 2.40) ft. The position vector of A is given as {3.20 i + 2.40 k} ft. The location of A is given as A820 i, 2.40 1;} ft. \fFor the same two points A and 8, what are the i, j and k components of the position vector that starts at A and ends at B? {gure 2} Express your answers in feet to three significant figures separated by commas. \fPart C A wire is connected to two supports. [F_igure 3: The support on the wall has coordinates 37A = 3.20 ft and zA = 3.20 ft . The support on the ground has coordinates m3 = 1.0? ft and ya = 4.10 ft . What are the i, j, and k components of the unit vector u that describes the line of action from point A to point 5'? Express your answers to three significant figures separated by commas