April 12, 2025

Databricks-Machine-Learning-Associate Revolutionary Guide To Exam Databricks Dumps [Q38-Q52]

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Databricks-Machine-Learning-Associate Revolutionary Guide To Exam Databricks Dumps

Databricks-Machine-Learning-Associate Free Study Guide! with New Update 76 Exam Questions

Databricks Databricks-Machine-Learning-Associate Exam Syllabus Topics:

Topic Details
Topic 1
  • Databricks Machine Learning: It covers sub-topics of AutoML, Databricks Runtime, Feature Store, and MLflow.
Topic 2
  • Scaling ML Models: This topic covers Model Distribution and Ensembling Distribution.
Topic 3
  • ML Workflows: The topic focuses on Exploratory Data Analysis, Feature Engineering, Training, Evaluation and Selection.
Topic 4
  • Spark ML: It discusses the concepts of Distributed ML. Moreover, this topic covers Spark ML Modeling APIs, Hyperopt, Pandas API, Pandas UDFs, and Function APIs.

 

NO.38 A data scientist is developing a single-node machine learning model. They have a large number of model configurations to test as a part of their experiment. As a result, the model tuning process takes too long to complete. Which of the following approaches can be used to speed up the model tuning process?

 
 
 
 

NO.39 A machine learning engineer has grown tired of needing to install the MLflow Python library on each of their clusters. They ask a senior machine learning engineer how their notebooks can load the MLflow library without installing it each time. The senior machine learning engineer suggests that they use Databricks Runtime for Machine Learning.
Which of the following approaches describes how the machine learning engineer can begin using Databricks Runtime for Machine Learning?

 
 
 
 

NO.40 A data scientist has written a data cleaning notebook that utilizes the pandas library, but their colleague has suggested that they refactor their notebook to scale with big data.
Which of the following approaches can the data scientist take to spend the least amount of time refactoring their notebook to scale with big data?

 
 
 
 
 

NO.41 A data scientist has written a feature engineering notebook that utilizes the pandas library. As the size of the data processed by the notebook increases, the notebook’s runtime is drastically increasing, but it is processing slowly as the size of the data included in the process increases.
Which of the following tools can the data scientist use to spend the least amount of time refactoring their notebook to scale with big data?

 
 
 
 

NO.42 A data scientist wants to parallelize the training of trees in a gradient boosted tree to speed up the training process. A colleague suggests that parallelizing a boosted tree algorithm can be difficult.
Which of the following describes why?

 
 
 
 

NO.43 A machine learning engineer has identified the best run from an MLflow Experiment. They have stored the run ID in the run_id variable and identified the logged model name as “model”. They now want to register that model in the MLflow Model Registry with the name “best_model”.
Which lines of code can they use to register the model associated with run_id to the MLflow Model Registry?

 
 
 
 

NO.44 What is the name of the method that transforms categorical features into a series of binary indicator feature variables?

 
 
 
 
 

NO.45 A machine learning engineer has been notified that a new Staging version of a model registered to the MLflow Model Registry has passed all tests. As a result, the machine learning engineer wants to put this model into production by transitioning it to the Production stage in the Model Registry.
From which of the following pages in Databricks Machine Learning can the machine learning engineer accomplish this task?

 
 
 
 

NO.46 Which of the Spark operations can be used to randomly split a Spark DataFrame into a training DataFrame and a test DataFrame for downstream use?

 
 
 
 
 

NO.47 A health organization is developing a classification model to determine whether or not a patient currently has a specific type of infection. The organization’s leaders want to maximize the number of positive cases identified by the model.
Which of the following classification metrics should be used to evaluate the model?

 
 
 
 
 

NO.48 The implementation of linear regression in Spark ML first attempts to solve the linear regression problem using matrix decomposition, but this method does not scale well to large datasets with a large number of variables.
Which of the following approaches does Spark ML use to distribute the training of a linear regression model for large data?

 
 
 
 
 

NO.49 A data scientist has been given an incomplete notebook from the data engineering team. The notebook uses a Spark DataFrame spark_df on which the data scientist needs to perform further feature engineering. Unfortunately, the data scientist has not yet learned the PySpark DataFrame API.
Which of the following blocks of code can the data scientist run to be able to use the pandas API on Spark?

 
 
 
 
 

NO.50 A team is developing guidelines on when to use various evaluation metrics for classification problems. The team needs to provide input on when to use the F1 score over accuracy.

Which of the following suggestions should the team include in their guidelines?

 
 
 
 

NO.51 Which of the following machine learning algorithms typically uses bagging?

 
 
 
 

NO.52 A data scientist has created a linear regression model that uses log(price) as a label variable. Using this model, they have performed inference and the predictions and actual label values are in Spark DataFrame preds_df.
They are using the following code block to evaluate the model:
regression_evaluator.setMetricName(“rmse”).evaluate(preds_df)
Which of the following changes should the data scientist make to evaluate the RMSE in a way that is comparable with price?

 
 
 
 

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