Find a scalar field, O, whose gradient is the irrotational vector V= (x²-yz, y²x, ² - xy) In other words, find such that Vo=V₁ Note: o= • Remember that your tutorial has Hints in it, at the end of each chapter. If you're stuck, they are often quite useful! If the answer is a scalar, you can just type it in the box (using the Calcpad if you like, or using / for fractions, ^ for exponents, shift and - for subscripts, etc.) For multiplication, you can either leave a space, or use *. So x*x=xx = r². Note that this is not the same as xx without a space; that will get read as an entirely different variable! • If you need to enter a vector, enter an ordered list of components, so for A you can enter either A = (A₂, Ay, A₂) = {A₂, A, A₂}. Note that the system isn't great with multiplying through by overall factors, so it's better not to write e.g. (24₂, 24, 24₂).

Elementary Linear Algebra (MindTap Course List)
8th Edition
ISBN:9781305658004
Author:Ron Larson
Publisher:Ron Larson
Chapter5: Inner Product Spaces
Section5.CR: Review Exercises
Problem 47CR: Find an orthonormal basis for the subspace of Euclidean 3 space below. W={(x1,x2,x3):x1+x2+x3=0}
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Find a scalar field, 0, whose gradient is the irrotational vector
V = (x² - yz, y² — xz, ² - xy)
In other words, find such that Vo=V₁
Note:
• Remember that your tutorial has Hints in it, at the end of each chapter. If you're stuck, they are often quite useful!
• If the answer is a scalar, you can just type it in the box (using the Calcpad if you like, or using / for fractions, ^ for exponents, shift and - for subscripts, etc.) For multiplication, you can either leave a space, or use *. So
x* x = xx = x².
Note that this is not the same as x without a space; that will get read as an entirely different variable!
• If you need to enter a vector, enter an ordered list of components, so for A you can enter either
A = (Az. Ay, A₂) = {Az, Ay, A₂}.
Note that the system isn't great with multiplying through by overall factors, so it's better not to write e.g.
o=
(2A, 2A, 2A₂).
+
X
..
15
calc
Opera
Functi
Symb
Relati
Transcribed Image Text:Find a scalar field, 0, whose gradient is the irrotational vector V = (x² - yz, y² — xz, ² - xy) In other words, find such that Vo=V₁ Note: • Remember that your tutorial has Hints in it, at the end of each chapter. If you're stuck, they are often quite useful! • If the answer is a scalar, you can just type it in the box (using the Calcpad if you like, or using / for fractions, ^ for exponents, shift and - for subscripts, etc.) For multiplication, you can either leave a space, or use *. So x* x = xx = x². Note that this is not the same as x without a space; that will get read as an entirely different variable! • If you need to enter a vector, enter an ordered list of components, so for A you can enter either A = (Az. Ay, A₂) = {Az, Ay, A₂}. Note that the system isn't great with multiplying through by overall factors, so it's better not to write e.g. o= (2A, 2A, 2A₂). + X .. 15 calc Opera Functi Symb Relati
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