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In the context of developing a machine learning model for predicting customer churn in a telecommunications company, the team is discussing the importance of 'framing' the problem correctly. The project has constraints including a tight budget, the need for high accuracy to ensure customer retention strategies are effective, and compliance with data privacy regulations. Considering these constraints, what is the primary significance of 'framing' the machine learning problem in this scenario? Choose the best option.
A
To decorate the problem with visual elements to make it more appealing to stakeholders.
B
To introduce unnecessary complexity into the problem to challenge the data science team.
C
To define the problem in a clear and structured manner, ensuring that the model's objectives, input and output variables, and evaluation metrics are well-understood and aligned with the project's constraints.
D
To keep the problem definition vague and open-ended to allow for flexibility in model development.