Refer to page 20 for orthogonalizing a set of vectors using the Gram-Schmidt process. Instructions: • Apply the Gram-Schmidt procedure to the given set of vectors, showing all projections and subtractions step-by-step. • Normalize the resulting orthogonal vectors if required. • Verify orthogonality by computing dot products between the vectors. Link: [https://drive.google.com/file/d/1wKSrun-GlxirS3IZ9qoHazb9tC440AZF/view?usp=sharing]

4. Subtract the vectors shown. (blue - green)

Determine the vector area increments perpendicular to each pair of basis vectors in Circular Cylindrical (CC) coordinates (dSpz, etc). Note: The CC coordinates are P. , .. What are the three vector area increments perpendicular to each pair of basis vectors? dS • When entering a Greek letter in the blanks below, you can either type the name of the letter (e.g. 'phi' for ), or find the letter in the Greek section of the calcpad. Be sure you are using lowercase Greek letters when needed! • If you need to enter a plus or minus sign alone, enter it instead as 1 or -1. • Remember the right hand rule. • Remember that your tutorial has Hints in it, at the end of each chapter. If you're stuck, they are often quite useful! pp ds ds pz = P Z Р X dpdyż dpd: dy dz p

Pls help ASAP

please quickly thanks ! Use Gram-Schmidt process to produce orthogonal vectors fromfollowing set of vectors

Find a vector that is orthogonal to v. v= <-2,5>

Answer the following for the vectors v All rights reserved. 1 12 xas State University 2023. All rights reserved. 3 J8-0- = I3 Copyright Tex55 Uiversity, 2023. All rights reserved. b -GH- 2 -1 and the equation

Find the distance from the origin to the plane through the point (-6,3, -2) and having 5i - 3j + 4k as a normal vector.

Define the term column vector.

Find the sum of the vectors (-1,4) and (6, –2) and illustrate geometrically.