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  1. Home
  2. Snowflake Certification
  3. GES-C01 Exam
  4. Snowflake.GES-C01.v2026-03-27.q130 Dumps
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Question 36

A data science team is fine-tuning a mistral-lb model within Snowflake Cortex using proprietary customer interaction logs. Which of the following principles and practices apply to this fine-tuning process concerning data privacy, model ownership, and subsequent inference?

Correct Answer: B,C,D
Cortex Fine-tuning is a fully managed service that lets you fine-tune popular LLMs using your data, all within Snowflake. Your Usage and Customer Data (including inputs and outputs) are NOT used to train, re-train, or fine-tune Models made available to others. Fine-tuned Models built using your data can only be used by you. Therefore, Option A is incorrect. Options B and C are correct, as the fine-tuned model is exclusive to the customer, and the process is managed within Snowflake's boundaries. Option D is also correct because models generated with Cortex Fine- tuning (CORTEX_FINETUNED type) can be shared using Data Sharing. Option E is incorrect because Cortex Fine-Tuned LLMs appear in the model registry's Snowsight UI, but are not managed by the model registry API.
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Question 37

A data scientist is tasked with improving the accuracy of an LLM-powered chatbot that answers user questions based on internal company documents stored in Snowflake. They decide to implement a Retrieval Augmented Generation (RAG) architecture using Snowflake Cortex Search. Which of the following statements correctly describe the features and considerations when leveraging Snowflake Cortex Search for this RAG application?

Correct Answer: A,C,D
Option A is correct because Cortex Search is a fully managed service that gets users started with a hybrid (vector and keyword) search engine on text data in minutes, without needing to worry about embedding, infrastructure maintenance, or index refreshes. Option B is incorrect because Cortex Search is a fully managed service; users do not need to manually manage the embedding model infrastructure. A default embedding model is used if not specified. Option C is correct because, for best search results with Cortex Search, Snowflake recommends splitting text into chunks of no more than 512 tokens, as smaller chunks typically lead to higher retrieval and downstream LLM response quality, even with models that have larger context windows. Option D is correct because the 'SNOWFLAKE.CORTEX.SEARCH_PREVIEW' function allows users to test the search service to confirm it is populated with data and serving reasonable results for a given query. Option E is incorrect because change tracking is required on the source table for the Cortex Search Service to function correctly and reflect updates to the base data.
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Question 38

A data scientist fine-tuned a mistral-lb model in Snowflake for a specific customer support response generation task, naming it my_custom_responder_model. They now want to make this model available for AI_COMPLETE calls in production, ensuring proper access control and regional availability. Which of the following statements is true regarding the deployment and management of this fine-tuned model in Snowflake?

Correct Answer: C
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Question 39

A developer is building an interactive chat application in Snowflake leveraging the COMPLETE (SNOWFLAKE. CORTEX) LLM function to power multi-turn conversations. To ensure the LLM maintains conversational context and generates coherent responses based on prior interactions, which of the following methods correctly implements the passing of conversation history to the COMPLETE function?

Correct Answer: B
To provide a stateful, conversational experience with the 'COMPLETE (SNOWFLAKE.CORTEX)' function, all previous user prompts and model responses in the conversation must be passed as part of the argument. This argument is an array of objects, with each object representing a turn in the conversation and containing a 'role' ('system', 'user', or 'assistant') and a 'content' key, presented in chronological order. Option A is less effective as it loses the structured conversational context that roles provide. Option C is incorrect because 'COMPLETE' does not retain any state from one call to the next; conversational history must be explicitly managed and passed. Option D describes a non-existent parameter for the 'COMPLETE function. Option E, while fine-tuning is a Snowflake Cortex capability, it is used to customize a model for a specific task over time, not for real-time maintenance of dynamic conversational context in a multi-turn chat.
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Question 40

A machine learning engineer needs to fine-tune the 'mistral-7b' LLM using Snowflake Cortex for a specialized task. They have prepared training data in a Snowflake table. Which of the following statements correctly describe the process, requirements, and cost considerations for initiating this fine-tuning job?

Correct Answer: A,B,D
Option A is correct because this SQL syntax accurately demonstrates how to create a fine-tuning job using the SNOWFLAKE.CORTEX.FINETUNE function, specifying 'CREATE', a name for the tuned model, the base model, and a SQL query for the training data with aliased columns for 'prompt' and 'completion'. Option B is correct because the training data query result must include columns named 'prompt' and 'completion' for the fine-tuning job to proceed successfully. Option C is incorrect. While Cortex Fine-Tuned LLMs appear in the Model Registry's Snowsight UI, they are explicitly noted as not being managed by the model registry API. Specifically, models generated with Cortex Fine-tuning ('CORTEX_FINETUNED) do not contain user code and can be shared using Data Sharing, but 'USER MODEL' types (models containing user code) cannot currently be shared. The statement implies that models *with* user code are shareable, which is not currently the case for all model types in the registry. Option D is correct as the compute cost for the Snowflake Cortex Fine-tuning function is based on the number of tokens used in training, which is calculated as 'number of input tokens ' number of epochs trained'. Option E is incorrect because the 'max_epochs' option in the 'options' object has a value range from 1 to 10 (inclusive), not up to 50.
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