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Questions and Answers
Which model displays bases that would form complementary pairs with adenine (A)?
Which model displays bases that would form complementary pairs with adenine (A)?
- Model B
- Model A
- Model D (correct)
- Model C
Which model contains bases that could pair with cytosine (C)?
Which model contains bases that could pair with cytosine (C)?
- Model C
- Model A (correct)
- Model B
- Model D
Identify the model that contains a sequence lacking thymine (T).
Identify the model that contains a sequence lacking thymine (T).
- Model D
- Model B (correct)
- Model C
- Model A
Which model contains the highest number of guanine (G) bases?
Which model contains the highest number of guanine (G) bases?
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Which model provides a sequence that could potentially match with another model's sequence due to complementary base pairing?
Which model provides a sequence that could potentially match with another model's sequence due to complementary base pairing?
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Study Notes
DNA Base Pairing
- DNA bases pair in a specific way: Adenine (A) pairs with Thymine (T), and Guanine (G) pairs with Cytosine (C).
- The models show sequences of DNA bases.
- Model A, B, C and D each display a sequence of eight bases.
Determining Complementarity
- To determine which model shows complementary bases, a reference model is needed.
- The reference model's bases would be compared to the models (A, B, C, and D) to find a match based on the pairing rules.
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