Guide-linked quiz · Medium Level

Context Windows Quiz

Review token context budgets, input and output allocation, long-input evaluation limits, retrieval tradeoffs, and behavior when a request exceeds capacity.

Related guide pathsContext Windows
Question 1 of 8

What does a model's context window measure?

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  1. What does a model's context window measure?
    • The screen resolution of the chat interface
    • The maximum amount of text, in tokens, the model can consider at once
    • How many users can chat at the same time
    • The model's total training dataset size
  2. How should a token be interpreted when budgeting language-model context?
    • As exactly one full word in every language
    • As exactly one sentence in every tokenizer
    • As a tokenizer-defined unit whose relation to words depends on the model and text
    • As the API password used to send a request
  3. In a decoder-style request with a shared input-and-continuation budget, which supplied material uses that budget?
    • Instructions, conversation turns, document tokens, and the generated continuation
    • Only the latest user message
    • Only stored application files that were never supplied
    • Only generated output, with input always free
  4. Under a dense full-attention pairwise-interaction model, how does comparison count scale when a request's token length doubles?
    • It becomes only twice as large under that model
    • It stays unchanged regardless of length
    • It becomes half as large
    • It becomes four times as large under the quadratic model
  5. The 'lost in the middle' problem refers to models tending to:
    • Crash whenever the input is long
    • Translate the middle of a document into another language
    • Recall information at the start and end of a long input better than the middle
    • Ignore the first and last sentences entirely
  6. Why can retrieval be combined with a language model's limited context window?
    • It guarantees the lowest total cost for every workflow
    • It selects passages to supply rather than requiring the whole knowledge base as input
    • It permanently increases the model's supported token capacity
    • It removes the need to evaluate generated answers
  7. In an illustrative shared context budget of 8,000 tokens, input uses 6,500. How many tokens remain before other limits or overhead?
    • 6,500
    • 8,000
    • 14,500
    • 1,500
  8. What can happen when an input exceeds a language model interface's supported context?
    • Rejection, truncation, or application-side shortening, depending on the setup
    • Automatic permanent memory of all excluded text
    • Guaranteed silent deletion of the oldest message in every system
    • Automatic expansion of every model's trained architecture

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