1 Systems Of Linear Equations 2 Matrices 3 Determinants 4 Vector Spaces 5 Inner Product Spaces 6 Linear Transformations 7 Eigenvalues And Eigenvectors A Appendix Chapter4: Vector Spaces
4.1 Vector In R^n 4.2 Vector Spaces 4.3 Subspaces Of Vector Spaces 4.4 Spanning Sets And Linear Independence 4.5 Basis And Dimension 4.6 Rank Of A Matrix And Systems Of Linear Equations 4.7 Cooridinates And Change Of Basis 4.8 Applications Of Vector Spaces 4.CR Review Exercises Section4.1: Vector In R^n
Problem 1E: Finding the Component Form of a Vector In Exercises 1 and 2, find the component form of the vector. Problem 2E: Finding the Component Form of a Vector In Exercises 1 and 2, find the component form of the vector. Problem 3E: Representing a Vector In Exercises 3-6, use a directed line segment to represent the vector. u=(2,4) Problem 4E: Representing a Vector In Exercises 3-6, use a directed line segment to represent the vector. v=(2,3) Problem 5E: Representing a Vector In Exercises 3-6, use a directed line segment to represent the vector. u=(3,4) Problem 6E: Representing a Vector In Exercises 3-6, use a directed line segment to represent the vector. v=(2,5) Problem 7E: Finding the Sum of Two vectors In Exercises 7-10, find the sum of the vectors and illustrate the sum... Problem 8E: Finding the Sum of Two vectors In Exercises 7-10, find the sum of the vectors and illustrate the sum... Problem 9E: Finding the Sum of Two vectors In Exercises 7-10, find the sum of the vectors and illustrate the sum... Problem 10E: Finding the Sum of Two vectors In Exercises 7-10, find the sum of the vectors and illustrate the sum... Problem 11E Problem 12E Problem 13E: Vector Operations In Exercises 11-16, find the vector v and illustrate the specified vector... Problem 14E: Vector Operations In Exercises 11-16, find the vector v and illustrate the specified vector... Problem 15E: Vector Operations In Exercises 11-16, find the vector v and illustrate the specified vector... Problem 16E: Vector Operations In Exercises 11-16, find the vector v and illustrate the specified vector... Problem 17E: For the vector v=(2,1), sketch a 2v, b 3v, and c 12v. Problem 18E: For the vector v=(3,2), sketch a 4v, b 12v, and c 0v. Problem 19E: Vector Operations In Exercises 19-24, let u=(1,2,3), v=(2,2,-1), and w=(4,0,-4). Find u-v and v-u. Problem 20E: Vector Operations In Exercises 19-24, let u=(1,2,3), v=(2,2,-1), and w=(4,0,-4). Find u-v+2w Problem 21E: Vector Operations In Exercises 19-24, let u=(1,2,3), v=(2,2,-1), and w=(4,0,-4). Find 2u+4vw. Problem 22E Problem 23E: Vector Operations In Exercises 19-24, let u=(1,2,3), v=(2,2,-1), and w=(4,0,-4). Find z where... Problem 24E Problem 25E: For the vector v=(1,2,2), sketch (a) 2v, (b) v and (c) 12v. Problem 26E: For the vector v=(2,0,1), sketch (a) v, (b) 2v and (c) 12v. Problem 27E: Determine whether each vector is a scalar multiple of z=(3,2,5). a v=(92,3,152) b w=(9,6,15) Problem 28E Problem 29E Problem 30E Problem 31E: Vector Operations In Exercises 2932, find a uv, b 2(u+3v), c 2vu. u=(7,0,0,0,9),v=(2,3,2,3,3) Problem 32E: Vector Operations In Exercises 2932, find a uv, b 2(u+3v), c 2vu. u=(6,5,4,3),v=(2,53,43,1) Problem 33E Problem 34E: Vector Operations In Exercises 33and 34, use a graphing utility to perform each operation where... Problem 35E: Solving a Vector Equation In Exercises 35-38, solve for w, where u=(1,-1,0,1)and v=(0,2,3,-1).... Problem 36E Problem 37E Problem 38E Problem 39E: Solving a Vector Equation In Exercises 39and 40, find w, such that 2u+v3w=0. u=(0,2,7,5),v=(3,1,4,8) Problem 40E Problem 41E: Writing a Linear Combination In Exercises 4146, write v as a linear combination of u and w, if... Problem 42E Problem 43E: Writing a Linear Combination In Exercises 41-46, write v as a linear combination of u and w, if... Problem 44E Problem 45E: Writing a Linear Combination In Exercises 41-46, write v as a linear combination of u and w, if... Problem 46E Problem 47E: Writing a Linear Combination In Exercises 47-50, write v as a linear combination of u1, u2,andu3, if... Problem 48E: Writing a Linear Combination In Exercises 4750, write v as a linear combination of u1, u2,and u3, if... Problem 49E Problem 50E: Writing a Linear Combination In Exercises 4750, write v as a linear combination of u1, u2,and u3, if... Problem 51E: Writing a Linear Combination In Exercises 51and 52, write the third column of the matrix as a linear... Problem 52E Problem 53E Problem 54E: Writing a Linear Combination In Exercises 53and 54, use a software program or a graphing utility to... Problem 55E Problem 56E Problem 57E: True or False? In Exercises 57and 58, determine whether each statement is true or false. If a... Problem 58E: True or False? In Exercises 57and 58, determine whether each statement is true or false. If a... Problem 59E Problem 60E: Writing How could you describe vector subtraction geometrically? What is the relationship between... Problem 61E: Illustrate properties 110 of Theorem 4.2 for u=(2,1,3,6), v=(1,4,0,1), w=(3,0,2,0), c=5, and d=2.... Problem 62E Problem 63E Problem 64E Problem 65E Problem 66E Problem 67E Problem 68E: Proof In Exercises 6568, complete the proof of the remaining properties of theorem 4.3 by supplying... Problem 27E: Determine whether each vector is a scalar multiple of z=(3,2,5). a v=(92,3,152) b w=(9,6,15)
Transcribed Image Text: Determine the exact magnitude of the vector joining the points: P(1,-2,3) and Q(4,-2,4).
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Quantities that have magnitude and direction but not position. Some examples of vectors are velocity, displacement, acceleration, and force. They are sometimes called Euclidean or spatial vectors.
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