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Databricks Certified Professional Data Scientist Exam - Topic 5 Question 60 Discussion

Actual exam question for Databricks's Databricks Certified Professional Data Scientist exam
Question #: 60
Topic #: 5
[All Databricks Certified Professional Data Scientist Questions]

Suppose that we are interested in the factors that influence whether a political candidate wins an election. The outcome (response) variable is binary (0/1); win or lose. The predictor variables of interest are the amount of money spent on the campaign, the amount of time spent campaigning negatively and whether or not the candidate is an incumbent.

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Suggested Answer: A

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Shasta
4 months ago
Really? I’m surprised it’s not a recommendation system!
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Frank
5 months ago
I thought it could be Linear Regression too, but I guess not.
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Quentin
5 months ago
Wait, isn’t it also about Maximum Likelihood Estimation?
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Corazon
5 months ago
Totally agree, binary outcomes scream logistic.
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Brigette
5 months ago
This is definitely about Logistic Regression!
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Dominic
6 months ago
I recall that logistic regression is specifically for binary outcomes, so I think that’s the right choice here.
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Michell
6 months ago
I’m a bit confused; I thought linear regression could also be used for binary outcomes, but now I’m leaning towards logistic regression.
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Tiffiny
6 months ago
I remember practicing a similar question where we had to determine the right model for a binary outcome. I think logistic regression fits here.
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Dusti
6 months ago
I think this might be logistic regression since the outcome is binary, but I'm not entirely sure.
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Kenneth
6 months ago
This is a straightforward logistic regression problem. The binary outcome and mix of predictors are a clear indication. I'll focus on setting up the logistic regression model, interpreting the coefficients, and evaluating the model fit.
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Daniel
6 months ago
Okay, I've got this. Logistic regression is the way to go. We're predicting a binary outcome (win/lose) based on continuous and categorical predictors. This is textbook logistic regression material.
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Irene
6 months ago
Hmm, I'm a bit unsure here. The wording about "factors that influence" makes me think this could also be a linear regression problem. But the binary outcome variable points more towards logistic regression. I'll have to think this through carefully.
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Buck
6 months ago
This looks like a classic logistic regression problem to me. The binary outcome variable and the mix of continuous and categorical predictors are a clear fit.
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Ozell
6 months ago
I'm a bit confused. The question mentions "maximum likelihood estimation" which makes me wonder if that's the right approach here. But the binary outcome variable still seems to point towards logistic regression. I'll have to review my notes on the different regression techniques to decide.
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Ronny
6 months ago
Hmm, I'm not totally sure about the details of Six Sigma. I'll have to think this through carefully.
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Bethanie
6 months ago
I'm a little confused by the wording of the question. I'll need to read it over a few times to make sure I understand.
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Raylene
6 months ago
I'm pretty sure the answer is C. The WADL allows you to outline XSD files, which seems like the most relevant option here.
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Fredric
11 months ago
Hierarchical linear models? Not even close! This is a classic binary outcome scenario, so logistic regression is the clear choice here.
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Tyra
10 months ago
It's all about predicting win or lose in this case.
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Lemuel
10 months ago
Yes, logistic regression is the way to go for binary outcomes.
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Krissy
11 months ago
Logistic Regression
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Callie
12 months ago
Maximum likelihood estimation? That's a bit of a stretch. While it's a useful technique in general, it's not the appropriate model for this particular problem. Logistic regression is the way to go.
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Esteban
10 months ago
I agree, maximum likelihood estimation is not the right approach for this scenario.
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Yoko
10 months ago
Definitely, logistic regression is the most suitable for binary outcomes.
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Vernell
10 months ago
Logistic regression is the best choice here.
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Jaleesa
10 months ago
E) Hierarchical linear models
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Valentin
10 months ago
D) Maximum likelihood estimation
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Nana
10 months ago
C) Recommendation system
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Brendan
11 months ago
B) Logistic Regression
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Taryn
11 months ago
A) Linear Regression
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Joana
12 months ago
Hmm, a recommendation system? I don't see how that's relevant to this problem. We're trying to model an election outcome, not make personalized recommendations.
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Cherri
1 year ago
Linear regression? Really? With a binary outcome? Doesn't sound quite right to me. Logistic regression is definitely the way to go here.
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Junita
10 months ago
It's all about predicting the likelihood of winning based on the predictor variables.
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Leatha
10 months ago
Logistic regression allows us to model the probability of a candidate winning.
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Heike
11 months ago
Linear regression wouldn't work well with a binary response variable.
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Brittney
12 months ago
I agree, logistic regression is the appropriate choice for a binary outcome.
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Nadine
1 year ago
I think this is a classic case of logistic regression. The outcome variable is binary, and we're trying to model the probability of a candidate winning based on various predictors. This makes perfect sense!
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Alonso
1 year ago
I'm not sure, but I think Logistic Regression is the best choice because it can model the probability of winning based on the predictor variables.
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Valentin
1 year ago
I agree with Timothy. Logistic Regression makes sense for a binary outcome like winning or losing an election.
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Timothy
1 year ago
I think the answer is B) Logistic Regression.
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