This problem is related to core exercise 31 (module 5) in the textbook, and reguires you to do some calculations. In this situation the line, l, below does not pass through the origin. Hence, we cannot use vector components to solve for the projection. You can use similar strategies to the ones used in core exercise 31 to find the projection. Let e have vector form = t and let a = -2.0 Then proj,ä 2.0 (Enter your answers in decimal format.)

Trigonometry (MindTap Course List)
8th Edition
ISBN:9781305652224
Author:Charles P. McKeague, Mark D. Turner
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Chapter7: Triangles
Section: Chapter Questions
Problem 1RP: We mentioned in Section 7.5 that our algebraic treatment of vectors could be attributed, in part, to...
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How to solve this question, As stated in the Q "We can not use vector component to solve for projection" is confusing me here?

I have attached two images, one is the Question itself and second is my attempt on the Question. Please if you could share your working and reasoning behind it, also if you could show an geometric approach.

vetor form of
a line
m: atab-diretion veutor
paralel to the
line
position vedor
a point on
he line
This is
Projeckion of
ã on line L
x-1-K.
purallel to
the line
"Y=1-X
Realize projection
of a is pavallel to
Ba well.
Approcuh :
1) Gind a restor ů parallel to line
2) ae projection fomula-
We khow that reetor is pavallel to line
projz =
[1]
(-2+C).
+ 1/52
Transcribed Image Text:vetor form of a line m: atab-diretion veutor paralel to the line position vedor a point on he line This is Projeckion of ã on line L x-1-K. purallel to the line "Y=1-X Realize projection of a is pavallel to Ba well. Approcuh : 1) Gind a restor ů parallel to line 2) ae projection fomula- We khow that reetor is pavallel to line projz = [1] (-2+C). + 1/52
This problem is related to core exercise 31 (module 5) in the textbook, and reguires you to do some calculations. In this situation the line, l, below does not
pass through the origin. Hence, we cannot use vector components to solve for the projection. You can use similar strategies to the ones used in core exercise
31 to find the projection.
Let e have vector form = t
and let a =
-2.0
Then proj,ä
2.0
(Enter your answers in decimal format.)
Transcribed Image Text:This problem is related to core exercise 31 (module 5) in the textbook, and reguires you to do some calculations. In this situation the line, l, below does not pass through the origin. Hence, we cannot use vector components to solve for the projection. You can use similar strategies to the ones used in core exercise 31 to find the projection. Let e have vector form = t and let a = -2.0 Then proj,ä 2.0 (Enter your answers in decimal format.)
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