The initial and terminal points of a vector are given. Write the vector as a linear...
The initial and terminal points of a vector v are given. Initial point Terminal Point (0,-3) (-3,-1) (a) Sketch the given directed line segment. (b) Write the vector in component form. (c) Write the vector as the linear combination of the standard unit vectors i and j. (d) Sketch the vector with its initial point at the origin.
Find the component form and magnitude of the vector v. Initial Point Terminal Point (-3,-1) (-11, 5) V= IV - Need Help? Read It Find the magnitude of the scalar multiple, where u = (2.0) and v = (-3, 6). 1|-2011 11-2v1 = Need Help? Read It Find the vector v with the given magnitude and the same direction as u. Magnitude Direction M = 6 u = (3,5) V= Need Help? Read it Watch It
A) Write the vector with initial point (-1,2) and terminal point (6,10) as a linear combination of the standard unit vectors i and j. Denote this vector 7. B) Find the unit vector of ū. C) Find ūū when ū= 31+ 41 and 7 is the same as above.
Complete the square to write the equation of the sphere in standard form. x2 + y2 + z2 + 5x - 2y + 8z + 22 = 0 Find the center and radius. center (x,y,z) = D. radius Need Help? Read It Talk to a Tutor Find the component form and magnitude of the vector v with the given initial and terminal points. Then find a unit vector in the direction of v. Initial point: (4, 7, 1) Terminal point:...
Find the component form and the magnitude of the vector v. -10 -8 -6 -4 -2 2 4 6 8 (-9,-2) Need Help? Read It Watch It -/2 POINTS LARAT10 8.3.020. Find the component form and the magnitude of the vector v. Initial Point Terminal Point (-2,5) (5, -19) Need Help? Read It Watch It
1/5 POINTS PREVIOUS ANSWERS LARAT10 8.3.011. Determine whether u and v are equivalent. Explain. Vector Initial Point Terminal Point U (2, 2) (-1,6) (-3,-1) (-7, 2) Determine the magnitude and slope of each vector. ||0|| = || V || = slope, slopey = Interpret your results. Ou and have the same magnitude and direction so they are equivalent. u and v have the same magnitude but not the same direction so they are not equivalent. u and v have the...
[3] Given: u = -8i + 6 v = i- j w = 4i - 8j T = -10i Point Pat (-17, -v2), point at (-9, 11), and point Rat (8, -15) Five of the following six parts are each worth 3 points. Part b is worth 5 points. a) Find the position vector, in xi + yj form, for the vector whose initial point is R and whose terminal point is 9. b) Sketch the position vector determined by...
[3] Given: u = -81 + 6j v = 1-3 w = 41 - 8j T= -101 Point Pat (-7, -2), point at (-9, 11), and point Rat (8.-15) Five of the following six parts are each worth 3 points. Part b is worth 5 points. a) Find the position vector, in x + yj form, for the vector whose initial point is R and whose terminal point is g. b) Sketch the position vector determined by point P, and...
(a) (5pt) Given v# <-9, 9-3 > , find the magnitude and direction angle of vector v. (b) (5pt) Find the exact value of the product and write the result in a + ib form 8(cos(285) + i sin (285'))5 (cos(30) + i sin(30)) 5. (a) (5pt) Given v# , find the magnitude and direction angle of vector v. (b) (5pt) Find the exact value of the product and write the result in a + ib form 8(cos(285) + i...
PLEASE SHOW WORK!!! 16. A vector v has initial point (3, -6) and terminal point (2, -3). a. Find the component form. 1 b. Determine the magnitude.