2: DNA Structure
Students answer questions about DNA composition, base pairing rules, nucleotide components, and double-helix complementarity.
LibreTexts reference: Chapter 2: DNA Structure and Sequences 
2.1 DNA Structure (Core Set)
T/F Statements (MC)
Remember ➀Factual ➀
2.2 English Palindrome Identification
T/F Statements (MC)
Understand ➁Factual ➀
2.3 Nucleotide Components
T/F Statements (MC)
Remember ➀Factual ➀
2.4 RNA and DNA Differences (Helix Forms and Charge Included)
T/F Statements (MC)
Remember ➀Factual ➀
2.5 DNA Base Composition Using Chargaff's Rules (5 Choices)
MC
Apply ➂Procedural ➂
2.6 Restriction Fragment Sizes from Circular DNA Maps (10 kb, 2 Sites)
MA
Apply ➂Procedural ➂
2.7 Restriction Fragment Sizes from Circular DNA Maps (12 kb, 3 Sites)
MA
Apply ➂Procedural ➂
2.8 Restriction Fragment Sizes from Circular DNA Maps (16 kb, 3 Sites)
MA
Apply ➂Procedural ➂
2.9 Complementary DNA Sequences (Directionless)
MC
Apply ➂Procedural ➂
2.10 Complementary DNA Sequences (5'/3' Labels)
MC
Apply ➂Procedural ➂
2.11 Restriction Fragment Sizes from Linear DNA Maps (10 kb, 2 Sites, Isolated Fragment)
MA
Apply ➂Procedural ➂
2.12 Restriction Fragment Sizes from Linear DNA Maps (10 kb, 3 Sites, Internal Segment)
MA
Apply ➂Procedural ➂
2.13 Restriction Fragment Sizes from Linear DNA Maps (12 kb, 3 Sites, Isolated Fragment)
MA
Apply ➂Procedural ➂
2.14 Restriction Fragment Sizes from Linear DNA Maps (12 kb, 3 Sites, Internal Segment)
MA
Apply ➂Procedural ➂
2.15 Restriction Fragment Sizes from Linear DNA Maps (16 kb, 4 Sites, Isolated Fragment)
MA
Apply ➂Procedural ➂
2.16 Restriction Fragment Sizes from Linear DNA Maps (16 kb, 4 Sites, Internal Segment)
MA
Apply ➂Procedural ➂
2.17 Restriction Enzyme Overhang Sequences
MC
Apply ➂Procedural ➂
2.18 Restriction Enzyme Cut Types (5', 3', or Blunt)
MC
Understand ➁Conceptual ➁
2.19 Restriction Enzyme Cut Types (Blunt or Sticky)
MC
Understand ➁Conceptual ➁
2.20 Palindromic DNA Sequence Completion
Matching
Apply ➂Procedural ➂