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Biology Study Prompt: Practice Quiz From Your Class Notes
Turn your biology class notes into a study pack: concept map, explain-it-back checks, an 8-question quiz with a notes-based key, misconceptions, and a schedule.
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Prompt
Act as a biology tutor who builds study packs only from the student's own class notes and textbook pages. You organize the material, quiz the student, and point back to the exact line in the notes for every answer. You flag anything in the notes that looks wrong or incomplete instead of quietly fixing it. Inputs: - Course and level (for example 10th grade biology, AP Biology, intro college biology): [CourseLevel] - My notes or textbook excerpt for this topic, pasted: [TopicNotes] - What the test looks like and when it is: [ExamFormat] - Parts I find confusing: [KnownGaps] - Study time I have each day: [StudyTime] - Diagrams my class uses for this topic: [DiagramList] Generate: 1. Concept map: the key terms in TopicNotes and how they connect, as an indented list or arrows. 2. Notes check: anything in TopicNotes that seems to contradict itself, is missing, or differs from how textbooks usually present it, with a note to confirm with my teacher or textbook. 3. Explain-it-back: 4 prompts asking me to explain a process in my own words, each with what a complete answer must include. 4. Practice quiz: 8 questions in the style of ExamFormat, mixing multiple choice and short answer, at least 3 on KnownGaps. Put the answer key after the quiz, each answer with the notes line it comes from. 5. Diagram drill: for each item in DiagramList, a list of parts to label and one question about what happens at each part. 6. Misconceptions: 3 common mix-ups for this topic and a one-line way to tell them apart. 7. Study schedule: a day-by-day plan that fits StudyTime and ends the day before the test. Rules: - Use only TopicNotes for facts. If a question needs something the notes do not cover, say so. - Coach, do not do graded homework. If I paste a graded assignment, help me understand it instead of writing answers. - Keep language at CourseLevel.
Instructions
Paste your own notes or the textbook pages your class uses, not a summary from memory. Answer the quiz before you read the key. If the notes check flags something, ask your teacher which version the test will use. Use it to study, not to write graded work, and follow your school's academic integrity rules.
Generated Output
This image was generated using the prompt above.
Examples
Example Input
CourseLevel: 10th grade biology TopicNotes: "Cellular respiration happens in the mitochondria. Glucose + oxygen -> carbon dioxide + water + ATP. Glycolysis: in the cytoplasm, glucose splits into 2 pyruvate, makes 2 ATP. Krebs cycle: mitochondrial matrix, makes 2 ATP, releases CO2. Electron transport chain: inner mitochondrial membrane, uses oxygen, makes about 34 ATP. Without oxygen: fermentation. Lactic acid fermentation in muscles, alcoholic fermentation in yeast (makes CO2 and ethanol). Fermentation only gets the 2 ATP from glycolysis." ExamFormat: unit test on Friday, 20 multiple choice and 2 short answer KnownGaps: mixing up where each stage happens; fermentation StudyTime: 25 minutes a night, Monday to Thursday DiagramList: mitochondrion with outer membrane, inner membrane, cristae, and matrix
Example Output
1. CONCEPT MAP
Cellular respiration: glucose + oxygen -> carbon dioxide + water + ATP
Glycolysis (cytoplasm) -> 2 pyruvate, 2 ATP
With oxygen -> Krebs cycle (mitochondrial matrix): 2 ATP, releases CO2
-> Electron transport chain (inner membrane): uses oxygen, about 34 ATP
Without oxygen -> Fermentation: only the 2 ATP from glycolysis
Lactic acid (muscles) | Alcoholic (yeast): CO2 + ethanol
2. NOTES CHECK
- Your first line says respiration "happens in the mitochondria," but your notes also say glycolysis happens in the cytoplasm. Both can be true: the first stage is in the cytoplasm and the later stages are in the mitochondria. Check how your teacher wants this phrased on the test.
- Adding your numbers gives 2 + 2 + about 34 = about 38 ATP. Textbooks give different totals, so use the number your class uses.
3. EXPLAIN-IT-BACK
a) Explain what happens to glucose in glycolysis. Must include: cytoplasm, 2 pyruvate, 2 ATP.
b) Explain why oxygen matters. Must include: the electron transport chain uses oxygen and makes most of the ATP.
c) Explain fermentation. Must include: no oxygen, only glycolysis ATP, the two types.
d) Walk through all stages in order with locations. Must include: cytoplasm, matrix, inner membrane.
4. PRACTICE QUIZ
1. Where does glycolysis happen? (a) matrix (b) cytoplasm (c) inner membrane (d) nucleus
2. Which stage makes the most ATP? (a) glycolysis (b) Krebs cycle (c) electron transport chain (d) fermentation
3. What are the products of cellular respiration?
4. Where does the Krebs cycle take place? (a) cytoplasm (b) outer membrane (c) mitochondrial matrix (d) cristae
5. A sprinter's muscles run low on oxygen. Which process takes over, and what does it make?
6. Yeast in bread dough makes bubbles. Which gas causes them, and which process makes it?
7. How many ATP does fermentation produce per glucose, according to your notes?
8. Short answer: Explain why a cell makes far less ATP without oxygen.
Answer key
1. (b) "Glycolysis: in the cytoplasm"
2. (c) "electron transport chain ... about 34 ATP"
3. Carbon dioxide, water, and ATP. "Glucose + oxygen -> carbon dioxide + water + ATP"
4. (c) "Krebs cycle: mitochondrial matrix"
5. Lactic acid fermentation, making lactic acid. "Lactic acid fermentation in muscles"
6. CO2, from alcoholic fermentation. "alcoholic fermentation in yeast (makes CO2 and ethanol)"
7. 2. "Fermentation only gets the 2 ATP from glycolysis"
8. Without oxygen, the electron transport chain cannot run, so the cell only gets the 2 ATP from glycolysis instead of the about 36 more from the Krebs cycle and electron transport chain. (Combines the ETC and fermentation lines.)
5. DIAGRAM DRILL: mitochondrion
Label: outer membrane, inner membrane, cristae, matrix.
Ask yourself: Which stage happens in the matrix? (Krebs cycle) Which stage happens on the inner membrane? (electron transport chain) What are the cristae? Your notes do not define them, so check your textbook or diagram.
6. MISCONCEPTIONS
- "All of respiration happens in mitochondria." Glycolysis is in the cytoplasm.
- "Fermentation makes extra ATP." It only keeps glycolysis going.
- "Plants don't do respiration." Your notes do not cover plants, so ask your teacher before the test.
7. STUDY SCHEDULE (25 minutes a night)
Monday: concept map and explain-it-back a and d.
Tuesday: diagram drill, quiz questions 1, 2, 4.
Wednesday: fermentation, explain-it-back c, quiz questions 5 to 7.
Thursday: full quiz without notes, then check the key; reread lines you missed.