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166 Questions & Answers

Last Update: Sep 26, 2026

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Microsoft AI-901 Practice Test 9

Question 80

A multimodal model receives a photo of a product label and returns a prose description. Select THREE statements that correctly distinguish this workflow from plain OCR.

  1. A generated description still needs verification when exact product codes or safety warnings matter.
  2. The model can interpret broader scene relationships as well as visible text, when its image input is supported.
  3. A prose caption proves that each character was read with perfect accuracy.
  4. Generating a description is the same as altering the original image file.
  5. Treat a model-generated scene caption as a complete transcription of every character on the product label, without OCR/source comparison.
  6. An OCR tool is more directly suited to extracting exact printed characters and source spans.

Explanation

Correct Answers

A:

A natural-language description can omit small characters or replace exact digits with plausible prose. Where a product code or warning matters, compare the generated text to the source image rather than assuming exact transcription.

B:

An image-aware language model can relate objects and spatial context, not only extract printed glyphs. The resulting answer may describe a scene even when no text is visible.

F:

OCR is designed to recover visible characters and often their locations in the source image. That field-level evidence is more suitable for an exact tracking code than a free-form scene caption.

Incorrect Answers

C:

A fluent caption does not prove that every character on a small label was recognized. OCR accuracy depends on image quality, fonts and source resolution and must be tested.

D:

Generating text about a photograph does not modify the underlying image file or create a new edited asset. Those are separate image-processing tasks.

E:

A visual-language caption can summarize product appearance while omitting or changing tiny label characters. Character-exact codes and safety warnings require source-image checking or an appropriate OCR extraction route.

Question 81

A helpdesk search index stores article vectors created by embedding model version A. After an application update, live queries are embedded with a different model version B, and relevant articles now rank erratically. What should the engineer verify first?

  1. Increase the similarity cutoff without checking how the stored and new vectors were produced.
  2. Rely on normalization alone to make vectors from arbitrary model versions semantically interchangeable.
  3. Confirm that query and document vectors use a compatible embedding space, then re-embed and test retrieval if the model has changed.
  4. Switch to a generative answer model while retaining the incompatible article vectors for ranking.

Explanation

Correct Answer

C:

Queries and indexed documents must share a compatible embedding representation. When version B replaces A, re-embedding the documents or restoring the matching query model and testing known relevant pairs isolates and repairs the ranking regression.

Incorrect Answers

A:

An arbitrary higher cutoff cannot make vectors from different embedding spaces comparable. It may simply drop more relevant documents while the underlying query/index mismatch remains unresolved.

B:

Normalization can align vector lengths or scale but not redefine the learned axes of unrelated embedding models. Similarity scores between incompatible versions can be meaningless even when the dimensions match.

D:

A generative model might write answers but cannot fix a vector index that ranks with incompatible embeddings. Reliable grounding still requires retrievable passages from a consistent representation.

Question 82

A chat model returns syntactically valid JSON with an unsupported "riskLevel" value. Which check must the application perform?

  1. Validate the value against the current allowed business enumeration and reject unsupported levels.
  2. Accept the value solely because a JSON parser returned no error.
  3. Use the first word of the model explanation as the category without validating it.
  4. Map any unrecognized riskLevel to the closest supported label without applying the approved risk-category policy or asking for correction.

Explanation

Correct Answer

A:

A JSON parser checks grammar but not business validity. Enforcing the approved `riskLevel` enumeration prevents an unsupported category from flowing into deterministic risk rules.

Incorrect Answers

B:

A response can parse perfectly while containing a value no downstream workflow recognizes. Accepting syntax alone risks misrouting or bypassing an intended control.

C:

An arbitrary first word from free-form narration is not a typed or approved risk category. Output should conform to a validated schema and constrained field values.

D:

An invented nearest-label mapping may change a consequential risk decision. The app must reject or explicitly handle values outside the governed enumeration rather than silently reclassifying them.

Question 83

An offline device can run a smaller AI model quickly, but the team assumes it is sufficiently accurate because it has fewer parameters. What should decide its suitability?

  1. Parameter count alone, without evaluating actual classification errors.
  2. Measured task accuracy, resource use and latency on representative real device inputs.
  3. A promise that all small models are more reliable by design.
  4. The fact that it returns answers more quickly than a large hosted model.

Explanation

Correct Answer

B:

A held-out set of actual device inputs tests whether the compact model makes acceptable predictions. Resource use and latency then establish whether it meets deployment constraints without sacrificing the required quality.

Incorrect Answers

A:

A lower parameter count may reduce memory cost but does not guarantee accuracy on the intended device or incident distribution. The team needs measured errors, not size alone.

C:

Reliability depends on training, architecture, data and task conditions, not a categorical rule that all small models behave better. A small model may be especially weak on rare cases.

D:

A fast wrong answer can be worse than a slower correct one. Throughput and latency are only acceptable in conjunction with the task’s accuracy and safety requirements.

Question 84

A malicious user repeatedly asks an AI assistant to produce instructions outside its permitted purpose. Which architecture complements system prompting?

  1. Enforced service content safeguards, task-scoped permissions and evaluated refusal behavior.
  2. Replace safety tests with the model's self-assessment that it follows the rules.
  3. Allow the user's latest message to override the system prompt unconditionally.
  4. Use prompt rules and output filtering, but leave privileged tool actions available without independent caller-level authorization.

Explanation

Correct Answer

A:

System instructions are useful guidance but are not a complete security boundary against malicious user prompts. Service safeguards and independently scoped tool rights constrain unsafe outputs and actions if prompting fails.

Incorrect Answers

B:

The model can misjudge its own refusal quality and may be vulnerable to adversarial wording. Evaluated behavior and enforced controls are stronger evidence than self-reported compliance.

C:

Untrusted user text must not acquire the authority to override application rules. Permitting that hierarchy reversal would make unsafe requests trivial to escalate.

D:

Filtering responses may mitigate unsafe text but cannot prevent an agent with excessive tool rights from performing unauthorized actions. The application needs enforcement of tool scope and user permissions outside generated language.

Question 85

A conversational agent generates a command to update a CRM case through a tool. Which component must determine whether the update is authorized?

  1. Put role and record restrictions in the model’s system prompt but let the CRM tool execute under an administrator identity without checking caller permissions.
  2. The model's confidence that the user seems trustworthy.
  3. The authenticated tool or transaction service enforcing the caller's permissions and input contract.
  4. The formatting quality of the generated API call.

Explanation

Correct Answer

C:

The transactional tool must validate arguments and the caller’s actual entitlements before committing the CRM update. Model-generated tool intent is only a proposal until that independent gate succeeds.

Incorrect Answers

A:

System instructions can discourage unsafe requests, but unrestricted tool credentials can still authorize prohibited writes. The CRM action service must enforce the actual caller and record rights.

B:

A model’s inferred trust or confidence is not an identity proof or authorized role assignment. A convincing request could still be made by someone with no permission to change a customer record.

D:

Well-formed JSON means the proposed call follows a syntax format, not that the action is lawful, safe or authorized. Authentication and record-level permission checks are distinct.

Question 86

A developer compares two system prompts for a support chatbot. What provides the most defensible evidence of which prompt works better?

  1. Prefer the prompt with more adjectives because it sounds professional.
  2. Evaluate both against the same representative held-out task cases and measure grounded errors and failures.
  3. Compare only the examples originally used to tune each prompt.
  4. Pick the prompt producing the longest response in one example.

Explanation

Correct Answer

B:

A shared representative held-out test set provides comparable evidence of factual accuracy, unsafe replies and unresolved cases for both prompts. Unseen cases reduce the risk of measuring only the examples optimized during development.

Incorrect Answers

A:

More adjectives may improve perceived tone but do not show that the bot provides correct, grounded support advice. The comparison must be based on task outcomes rather than style.

C:

Examples used to devise a prompt can reward overfitting to familiar cases. Testing on the same development set may hide failures on new customer wording and edge cases.

D:

One unusually long response may still contain incorrect procedures or fabricated policy clauses. Verbosity is not a reliable proxy for verified resolution quality.

Question 87

A support portal must rank semantically similar help articles but does not need to draft an answer. Which model capability is appropriate?

  1. Text embeddings used to compare the user query and authorized article passages.
  2. Use embeddings for the query but rank only article titles while ignoring their actual content.
  3. An unrestricted generative model that invents article titles without searching.
  4. Rank articles by exact keyword overlap alone and treat low overlap as no match.

Explanation

Correct Answer

A:

Embedding models map the query and article passages into vectors whose similarity can rank topical relevance even when the user uses synonyms. The portal needs article ranking, not a newly written customer answer.

Incorrect Answers

B:

Embedding only short titles can miss the actual troubleshooting instructions in article bodies. A query may match a procedure whose title uses different terms, so content passages should participate in ranking.

C:

A generative model can produce plausible-sounding but nonexistent article titles without consulting the support index. The task requires ranked real documents with verifiable identifiers.

D:

Exact keyword overlap is a useful lexical signal but is insufficient for paraphrases. A user may describe the same error with different vocabulary, which semantic similarity helps recover.

Question 88

An app receives verified order facts and must write a friendly paragraph explaining shipment options. Which capability fits?

  1. Return the raw shipping database fields in a fixed table without creating the requested customer-friendly explanation.
  2. Generate a polished shipment paragraph from remembered generic shipping rules while omitting the supplied order facts.
  3. A generative text model with the approved facts provided as grounding context.
  4. Use a canned paragraph that assumes all customers have the same delivery options.

Explanation

Correct Answer

C:

A chat-capable text model can compose a clear paragraph from validated order facts while preserving their constraints. The correct architecture uses the current approved data as grounding, rather than inventing options.

Incorrect Answers

A:

Raw order fields contain the facts needed for shipping but do not satisfy the requirement to explain choices in customer-friendly prose. A lookup can be one input to a generation step rather than the final narrative.

B:

A generic remembered shipping rule can contradict the customer’s actual location, order status or available delivery services. Fluent text without the supplied facts is not a trustworthy explanation.

D:

A universal canned paragraph cannot account for different delivery dates, eligibility or shipping choices in each order. It would often present services unavailable to a particular customer.

Question 89

An internal incident queue must assign each message to one of six fixed categories with measurable classification quality. Which approach is appropriate?

  1. A text generator allowed to create a new category name on every request.
  2. A bounded text classifier evaluated using labeled examples and per-category confusion metrics.
  3. Use an unconstrained generative router and infer a category from its free-text description.
  4. Assign the most frequent incident category to every message with no feature evaluation.

Explanation

Correct Answer

B:

A bounded classifier assigns one of the approved six categories and can be tested with labeled examples. Per-category confusion metrics reveal which incident types are incorrectly routed, unlike unconstrained prose.

Incorrect Answers

A:

Allowing the model to create arbitrary new labels violates the application’s six-category output contract. Downstream routing cannot map invented names reliably or compare them with a fixed labeled evaluation set.

C:

Free-form generative descriptions can use inconsistent terms for the same incident or omit the intended fixed label. Without schema constraints, measured category accuracy becomes unreliable.

D:

Always selecting the most frequent class ignores evidence in the message and systematically misroutes minority incident types. It is only a trivial baseline, not a defensible production classifier.

Question 90

A warehouse scanner photographs packages and must read their printed tracking numbers. What AI capability should it use?

  1. Use image-similarity matching against prior package photos and reuse the nearest package's tracking number.
  2. OCR or document text extraction on the supplied package images.
  3. Use only carrier-logo classification to infer the tracking-number format, then derive the identifier without reading its characters.
  4. Detect the bounding box of the printed label and treat its image coordinates as the tracking identifier.

Explanation

Correct Answer

B:

OCR and structured image-text extraction read the visible tracking characters from the supplied photograph. A tracking code must be linked to the real package image and validated against the expected format.

Incorrect Answers

A:

Two visually similar packages may have different tracking identifiers. Reusing a neighbor's result is not source-grounded recognition of the exact characters printed on this package.

C:

Recognizing the shipping company can guide validation, but the carrier class does not encode the particular parcel's unique printed tracking string.

D:

A detector can locate where tracking text appears, but bounding-box coordinates are not the characters needed for a shipment lookup. Text recognition is still necessary.


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