Consider the unit vectors u, v and w in the picture below: 11 a b Enter the values -in that order. The angle between u and v when placed tail to tail is 150° and the angle between v and w when placed tail to tail is 120°. The vectors u, v, and w are linearly dependent, which means that there exist a, b, and c not all equal to 0 such that - (8). W au+by+ew==

Q: Write the equation of each line. 1. Slope = -3 and y-int = 4 3. Y-int = 8 and slope = -8 %3D %3D

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Q: Find the angle 0 between the vectors. u- (3, 2, 0), v = (-2, 3, 4) radians

A: u=3, 2, 0  &  v=-2, 3, 4 Now, u·v=3-2+23+04=0 Now the magnitudes is,…

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Q: A = 6.70i + 8.35 B = -2.53i + 5.55

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Q: 14. The vectors a and b are given below. Use these vectors to sketch each of the following. za + b…

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Q: Write each of these vectors in a column format: u, v, u + V₁ U - V -1 30° y -1- 60°

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A: Given:v⇀=6,-3,w⇀=-2i+5j,z⇀=-5j,a⇀=x,y,b⇀=-yi+xj

Q: 1 x+1 64

A: Here we have to find the value of x.

Q: Find the angle a, in radians, between the vectors a = α 3 -4 and 5 1

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Q: Find the angle between the given vectors to the nearest tenth of a degree. You must show work on a…

A: Here we have to find the angle between two vectors.