GED Teacher Test Preparation & Study Skills Development 2 — Questions and Answers
Question 1: Which study strategy has the MOST research support for improving long-term retention?
- Highlighting and rereading notes multiple times
- Spaced practice (spreading studying over multiple sessions over time) (Correct answer)
- Massed practice (cramming all studying into one long session)
- Listening to music while studying to improve focus
Correct answer: Spaced practice (spreading studying over multiple sessions over time)
Spaced practice (distributed practice) is one of the most robustly supported study strategies — spreading practice over multiple sessions with time gaps in between leads to far better long-term retention than cramming.
The spacing effect (Ebbinghaus, 1885; Cepeda et al., 2006) is one of the most replicated findings in memory research. Spaced practice means reviewing material multiple times with gaps between sessions (e.g., study on Monday, revisit on Wednesday, review again on Friday) rather than one long session (cramming). Benefits: (1) Each new study session requires re-accessing memories, which strengthens the memory trace; (2) Forgetting and re-learning creates stronger encoding than never forgetting; (3) Long-term retention is dramatically higher. Students often feel cramming works because they remember the material right after — but retention after a week is far lower than with spaced practice.
Question 2: Retrieval practice (self-testing) is effective as a study strategy because it:
- Helps students feel comfortable with familiar material
- Strengthens memory through the act of actively recalling information from memory (Correct answer)
- Reduces anxiety by making all information available during practice
- Focuses students on rereading important sections of their notes
Correct answer: Strengthens memory through the act of actively recalling information from memory
Retrieval practice strengthens memory by forcing the brain to actively recall information — the struggle to retrieve information from memory is precisely what makes it more memorable than passive review.
The 'testing effect' (Roediger & Karpicke) shows that retrieving information from memory strengthens memory more than re-studying the same material. Why it works: (1) Each retrieval attempt requires rebuilding the memory trace, which strengthens the pathways; (2) Failed retrieval attempts (forgetting and then being reminded) produce stronger memories than never having forgotten; (3) Self-testing reveals what you don't know, focusing further study. Effective retrieval practice techniques: flashcards (traditional or digital), practice questions, free recall (blank sheet of paper — write everything you remember), and the Feynman technique (explain the concept as if teaching it). Even brief retrieval sessions are more effective than equivalent passive review time.
Question 3: A student reads a chapter and immediately writes a summary without looking at the text. This study technique is called:
- Annotation
- Elaborative interrogation
- Free recall / the blank page technique (Correct answer)
- Concept mapping
Correct answer: Free recall / the blank page technique
Free recall (or the 'blank page technique') involves putting away the material and writing down everything you can remember — it is a powerful retrieval practice method.
Free recall is a retrieval practice technique: after reading a section, the student closes or puts away the book and writes down (or says aloud) everything they can remember. Key benefits: (1) Immediately reveals what was retained vs. forgotten; (2) The act of retrieval strengthens memory significantly more than rereading; (3) Creates a study guide based on what's most memorable; (4) Gaps in the recall show exactly what to review next. The 'blank page' version (writing on blank paper without any cues) is particularly powerful. Research shows free recall immediately after learning, followed by further study of forgotten items, produces excellent long-term retention.
Question 4: Teaching students to break long-term projects into smaller tasks with intermediate deadlines develops which skill?
- Memorization strategies
- Self-regulation and time management (Correct answer)
- Vocabulary acquisition
- Test anxiety reduction
Correct answer: Self-regulation and time management
Breaking projects into smaller steps with intermediate deadlines teaches students to self-regulate — planning, monitoring their progress, and adjusting — which are essential executive function and time management skills.
Executive function skills — planning, organization, time management, and self-monitoring — are critical for academic success and are often underdeveloped in students. Teaching project management through: (1) Creating action plans with specific sub-tasks; (2) Setting intermediate deadlines (checkpoints); (3) Estimating time required for each task; (4) Monitoring progress and adjusting the plan. These skills scaffold students into managing larger, longer projects and support the development of metacognitive self-regulation. Research shows that explicitly teaching these skills, rather than assuming students will develop them independently, significantly improves academic performance, especially for students with ADHD or executive function challenges.
Question 5: Which note-taking method has research support for improving comprehension and retention by organizing notes into questions, key ideas, and summaries?
- Copy-verbatim note-taking
- Stream-of-consciousness journaling
- Cornell Notes (Correct answer)
- Highlighting the textbook
Correct answer: Cornell Notes
Cornell Notes organizes notes into three sections: a right column for main notes, a left column for questions and key words, and a bottom section for a summary — this structure promotes active processing and built-in review.
The Cornell Notes system (Walter Pauk, Cornell University) provides structured note-taking: (1) Notes column (right, large) — main notes taken during lecture or reading; (2) Cue column (left, narrow) — key terms, questions, or main ideas added after note-taking; (3) Summary box (bottom) — brief summary of the page written in student's own words. Benefits: (1) The cue column creates natural retrieval practice prompts (student covers notes and answers cues from memory); (2) The summary requires synthesis; (3) The structure forces active organization rather than passive transcription. Research shows students who use structured note-taking systems perform better on assessments than those who take unstructured notes.
Question 6: Which approach to teaching test-taking strategies is MOST effective?
- Teaching 'tricks' to guess on tests without understanding content
- Embedding content review with explicit practice on question types, time management, and eliminating wrong answers (Correct answer)
- Preparing students only with timed practice tests without strategy instruction
- Focusing only on memorizing all possible test content
Correct answer: Embedding content review with explicit practice on question types, time management, and eliminating wrong answers
Effective test preparation combines content knowledge with explicit instruction on test-taking strategies — how to approach different question types, manage time, eliminate incorrect choices, and check work.
Comprehensive test preparation includes: (1) Content knowledge — test-taking strategies cannot substitute for actual learning; (2) Question type familiarity — students practice multiple choice, short answer, extended response formats; (3) Process of elimination — identifying and crossing out wrong answers to narrow choices; (4) Time management — pacing strategies, skipping and returning to difficult questions; (5) Reading questions carefully — underlining key words, watching for negatives ('NOT,' 'EXCEPT'); (6) Checking work — reviewing answers if time permits. Test-taking strategy instruction should be integrated throughout the year, not just in weeks before high-stakes tests. True test preparation is a form of metacognitive training.
Which study strategy has the MOST research support for improving long-term retention?