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Esri EADP19-001 Exam - Topic 6 Question 23 Discussion

Given an elevation surface, a raster of forest stands, and a point feature class of saw mills, which analysis is used to determine the optimal route from each forest stand to the nearest saw mill?
D) Distance
A) Network
B) Viewing
C) Proximity

Esri EADP19-001 Exam - Topic 6 Question 23 Discussion

Actual exam question for Esri's EADP19-001 exam
Question #: 23
Topic #: 6
[All EADP19-001 Questions]

Given an elevation surface, a raster of forest stands, and a point feature class of saw mills, which analysis is used to determine the optimal route from each forest stand to the nearest saw mill?

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Suggested Answer: D, E

by Carmen at Feb 27, 2023, 05:52 PM

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Ayesha
7 months ago
Wait, can proximity really handle elevation changes?
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Haley
7 months ago
Proximity makes the most sense here.
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Octavio
7 months ago
Isn't it distance analysis?
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Glendora
8 months ago
I think it's network analysis, actually.
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Angella
8 months ago
Definitely proximity analysis!
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Rosalyn
8 months ago
I practiced a similar question before, and I think it was about network analysis too. It makes sense for routing!
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Gwen
8 months ago
I feel like distance analysis could also apply here, but it seems more about finding the closest option rather than just measuring distance.
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Jeannetta
8 months ago
I'm not entirely sure, but I remember something about network analysis being used for optimal routing.
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Jennie
8 months ago
I think the answer might be related to proximity analysis since we're looking for the nearest saw mill.
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Jess
8 months ago
Okay, let's see. I know Adaptive Query Execution is about optimizing queries at runtime, so I'll focus on identifying the feature that doesn't fit with that.
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Fernanda
8 months ago
Hmm, this feels tricky. Those movements could mean she's lying, but they could also just mean she's anxious about being interviewed.
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Dorsey
8 months ago
I think the spike test would be the opposite of the endurance test, since it's focused on short-term performance under high load rather than long-term sustained performance.
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Cary
1 year ago
Network analysis is the way to go here. I can practically smell the fresh-cut lumber already!
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Xuan
1 year ago
Distance? Well, I guess that could work if all the forest stands were equidistant from the saw mills. But with elevation in the mix, Network is clearly the way to go. Hey, at least it's not a trick question like 'Levitation' analysis!
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Mendy
12 months ago
Hey, at least it's not a trick question like 'Levitation' analysis!
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Phyliss
12 months ago
But with elevation in the mix, Network is clearly the way to go.
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Derick
12 months ago
Well, I guess that could work if all the forest stands were equidistant from the saw mills.
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Herminia
1 year ago
Distance?
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France
1 year ago
Viewing? What, are we just going to look at the data and guess the routes? No, I think Network is the right choice to crunch the numbers and find the best paths.
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Melynda
12 months ago
I think Proximity analysis could also be useful in determining the closest saw mill to each forest stand.
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Lisha
12 months ago
Yeah, Network analysis will help us calculate the optimal paths based on the data.
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Malcom
12 months ago
I agree, Network analysis is the way to go to find the most efficient routes.
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Johnetta
1 year ago
Proximity analysis? Really? That's more for finding the nearest feature, not the optimal route. I'll go with Network on this one.
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Willow
1 year ago
I'm not sure, but I think Network analysis is the best option for this scenario.
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Ora
1 year ago
I think Proximity analysis could work too, but Network analysis is probably more accurate.
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Yuki
1 year ago
I agree, Network analysis is the way to go for determining the optimal route.
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Tegan
1 year ago
Network analysis is the way to go here. I can see the forest stands, the saw mills, and the elevation data - that's a classic scenario for finding the optimal routes.
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Adelina
11 months ago
Exactly, network analysis considers all factors like elevation, forest stands, and saw mills for determining the best routes.
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Stephanie
11 months ago
A) Network
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Laquanda
11 months ago
Actually, proximity analysis wouldn't take into account the elevation data for finding the optimal routes.
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Pansy
11 months ago
C) Proximity
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Eugene
12 months ago
Yes, network analysis is the best option for finding optimal routes.
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Dominque
12 months ago
A) Network
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Kami
12 months ago
Actually, proximity analysis wouldn't take into account the elevation data and may not give the most efficient routes.
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Queenie
12 months ago
C) Proximity
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Ilda
12 months ago
Yes, network analysis is definitely the right choice for finding the optimal routes.
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Claribel
1 year ago
A) Network
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Glory
1 year ago
I'm not sure, but I think C) Proximity could also be a possible answer.
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Georgiana
1 year ago
I agree with Mozell, because network analysis is used for finding optimal routes.
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Mozell
1 year ago
I think the answer is A) Network.
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