Question 3=Here are three displacements, each in meters: d₁ = 6.3î + 2.1ĵ – 3.5k, d₂ - 1.0+ 2.0 + 3.0k, andd3 = 4.0 + 3.0 +2.0k. What is 7 = d₁ - d₂ + d3 ((a), (b) and (c) for i, and components respectively)? (d) What is theangle between and the positive z axis? (e) What is the component of ₁ along the direction of d2? (f) What is the component of ₁that is perpendicular to the direction of d2 and in the plane of a₁ and ₂?Just answer f for question 3 Question 1→For the vectors in the figure, with a = 4.10, b = 2.50, and c = 4.80, calculate (a) a, (b) a e, and (c) bè.Question 2aAt timeA wheel with a radius of 89.0 cm rolls without slipping along a horizontal floor (see the figure). At time t₁, the dot P painted on the rimof the wheel is at the point of contact between the wheel and the floor. At a later time t2, the wheel has rolled through one-half of arevolution. What are (a) the magnitude and (b) the angle (relative to the floor) of the displacement of P during this interval?7At time gJust answer B for question 2. Answer of a is 3.314meter.

Solution: Q3. (f). The component of d1 which is in the plane of d2 is given by the following,…

Question 3 - 1.0+ 2.0 + 3.0k, and = Here are three displacements, each in meters: ₁ = 6.3î + 2.17 - 3.5k, d₂ d3 = 4.0 + 3.0+ 2.0k. What is 7 = d₁ - d₂ + d3 ((a), (b) and (c) for î, ĵ and components respectively)? (d) What is the angle between 7 and the positive z axis? (e) What is the component of d along the direction of d₂? (f) What is the component of ₁ that is perpendicular to the direction of d2 and in the plane of ₁ and ₂?

Question 3 - 1.0+ 2.0 + 3.0k, and = Here are three displacements, each in meters: ₁ = 6.3î + 2.17 - 3.5k, d₂ d3 = 4.0 + 3.0+ 2.0k. What is 7 = d₁ - d₂ + d3 ((a), (b) and (c) for î, ĵ and components respectively)? (d) What is the angle between 7 and the positive z axis? (e) What is the component of d along the direction of d₂? (f) What is the component of ₁ that is perpendicular to the direction of d2 and in the plane of ₁ and ₂?