You are given information about two vectors, A and B, by being shown the following figure:...
Name B (15.0 m) 2. 6 points) Similar to 1.48) For the vectors shown in the figure, find (i) the scalar product C·D, and (ii) the vector product А B. [In the figure, +2 would be out-of the page.] D (10.0 m) 30: 53. 25.0° C (12.0 m) A (8.00 m)
Part A Given two vectors Ā = 4.40 î+ 7.40 „ and B = 5.80 î – 2.70 ġ, find the scalar product of the two vectors A and B. ΠΙ ΑΣφ ? Ā. B= Submit Request Answer Part B Find the angle between these two vectors. ΟΙ ΑΣφ 3) ? 0 =
Exercise 1.48 13 of 13 PartA For the two vectors A and B in the igure (Figure 1), find the scalar product A-B A- B Submit Request Answer Part B Find the magnitude of the vector product A x B Submit Request Answer Part C What is the direction of the vector product A x B Figure 1 of 1 A (3.60 m) Correct < Return to Assignment Provide Feedback 70.0° 300 0 B (2.40 m)
Exercise 1.48 13 of 13 PartA For the two vectors A and B in the igure (Figure 1), find the scalar product A-B A- B Submit Request Answer Part B Find the magnitude of the vector product A x B Submit Request Answer Part C What is the direction of the vector product A x B Figure 1 of 1 A (3.60 m) Correct < Return to Assignment Provide Feedback 70.0° 300 0 B (2.40 m)
Full answers and working out please. B -B (A+B) (B+A) (A-B) B FIGURE 1.3 FIGURE 1.4 (1) Addition of two vectors. Place the tail of B at the head of A; the sum, A+B, is the vector from the tail of A to the head of B (Fig. 1.3). (This rule generalizes the obvious procedure for combining two displacements. Addition is commutative: A+B=B+A; 3 miles east followed by 4 miles north gets you to the same place as 4 miles...
What is the x-component of vector B? For the three vectors shown in the figure, the vector sum D=A+B+C has components D. = 2 and D, = 0. (Figure 1) O ALV B. Submit Request Answer Figure 1 of 1 Part B What is the y-component of vector B? VALO By = Submit Request Answer - Part 6 For the three vectors shown in the figure, the vector sum D = A + B + C has components D, =...
Can you please answer all parts with explanations trying to figure out where i am going wrong. Given two vectors A = 4.00î + 7.00ġ and B = 5.00 î – 2.00ĵ, (a) find the magnitude of each vector; (b) write an expres- sion for the vector difference A - B using unit vectors; (c) find the magnitude and direction of the vector difference A - B. (d) In a vector diagram show A, B, and A – B, and...
Exercise 1.44 Part A: Given two vectors A = 4.00i + 7.00j and B = 5.00i - 2.00j Find the vector product A x B (expressed in unit vectors). Express your answer in terms of the unit vectors I, j, and k. Express your answer using three significant figures. Part B: What is the magnitude of the vector product? Given two vectors A 4.00i + 7.00, and B = 5.00i-200j. find the vector product A x B (expressed in unit...
QUESTION 5 0.6 points Save Answer Vectors A and B are shown in the figure. What is -500 400B 1 and are shown n the figure what is 1-500A . 400BP vecto 3 All About 1 https:/ 16.0 un 0-32.0i-2.00j ○ 31.8 ○ 1028 ○ 34.0 O -2.00%-32.0 Solve https:/ are sho loverrig Solve https:/ Answer What is Click Save and Submit to save and submit. Click Save All Answers to save all answers e All Answers Save and Submit...
1- Two vectors are given as u = 2î – 5j and v=-î +3j. a- Find the vector 2u + 3v (by calculation, not by drawing). (4 pts) b- Find the magnitudes lil and 17% of the two vectors. (4 pts) c- Calculate the scalar product uov. (5 pts) d- Find the angle 0 between the vectors ū and . (6 pts) e-Calculate the vector product u xv. (6 pts)