Exercise: Let u = [3, −2, 1], v = [1, 1, 1] and w = [2, -2,0]. The area of the parallelogram formed byu and v is A = ✓ 38 The volume of the parallelepiped formed by u, v and w is V = 2 Given that the volume of a parallelepiped is the area of its base times its height, the height of the parallelepiped formed by u, v and w when its base is viewed as the parallelogram formed by u and v is h = 2 38 The parallelepiped formed by u and v and ku x V will have the same volume as the parallelepiped formed by u, v and w if k = +1/ x .
Exercise: Let u = [3, −2, 1], v = [1, 1, 1] and w = [2, -2,0]. The area of the parallelogram formed byu and v is A = ✓ 38 The volume of the parallelepiped formed by u, v and w is V = 2 Given that the volume of a parallelepiped is the area of its base times its height, the height of the parallelepiped formed by u, v and w when its base is viewed as the parallelogram formed by u and v is h = 2 38 The parallelepiped formed by u and v and ku x V will have the same volume as the parallelepiped formed by u, v and w if k = +1/ x .
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Exercise: Let u=[3,−2,1]�=[3,−2,1], v=[1,1,1]�=[1,1,1] and w=[2,−2,0]�=[2,−2,0].
The area of the parallelogram formed by u� and v� is A=√�=Answer 1 Question 14.
The volume of the parallelepiped formed by u,v�,� and w� is V=�=Answer 2 Question 14.
Given that the volume of a parallelepiped is the area of its base times its height, the height of the parallelepiped formed by u,v�,� and w� when its base is viewed as the parallelogram formed by u� and v� is h=ℎ=Answer 3 Question 14/√/Answer 4 Question 14.
The parallelepiped formed by u� and v� and ku×v��×� will have the same volume as the parallelepiped formed by u,v�,� and w� if k=±1/�=±1/x. what is x ?
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