Week 16 · Lecture outline

Week 16 — Lecture Outline · Final Review & Exam

Human Anatomy & Physiology · BIOL 2301 (lecture) + BIOL 2101 (lab) Fall 2026 · Prof. Navarro Fictional sample

Course: Anatomy & Physiology I (BIOL 2301 + BIOL 2101) · Silver Oak University (fictional sample) · Prof. Navarro
Objectives covered: cumulative — Objectives 1–8 (Weeks 1–15). Obj 1 — body organization, terminology & homeostasis; Obj 2 — the chemistry of life, cells & metabolism; Obj 3 — the four tissues & the integumentary system; Obj 4 — the skeletal system & joints; Obj 5 — muscle tissue & the physiology of contraction; Obj 6 — nervous tissue & the action potential; Obj 7 — the central, peripheral & autonomic nervous system; Obj 8 — the special senses.
SLOs touched: A (structure–function & homeostasis reasoning) · B (anatomical/physiological literacy & quantitative physiology)
Meeting pattern: 2 sessions × 75 min = 150 min. Segment minutes below total ~150; scale to your own pattern.

This is the final review-and-exam week — no new content. It is cumulative over the entire course (Weeks 1–15, Objectives 1–8). Each segment briskly re-teaches one or two objectives with its highest-yield ideas, one signature example (a labeled-figure walkthrough or a fully worked calculation), and the single misconception most likely to cost points; the final segment frames the comprehensive Final and how to prepare. Built to be taught from cold as a capstone review: an instructor (or a substitute) can run it without having taught the course, because every definition, structure→function pairing, worked example, and cure travels with the segment. This week's only graded item is the Final (25%) — there is no quiz, no discussion, no assignment, and no lab this week; the Final stands in for all of them. The Final pairs with a Study Guide + Exam-Prep Tutorial + Practice Final, built separately and referenced here by name. (All worked numbers below are pre-computed and were independently re-verified — the same pre-verified values used on the Final.)

Week at a Glance


The week's big question	"Across the whole course — naming the body and keeping it balanced, the chemistry and the cell, tissues and skin, the skeleton and joints, muscle and contraction, the neuron and the action potential, the brain and the nerves, and the senses — what is the one move each topic asks of us, and where does everyone slip?"
By the end of the week, students can…	(1) re-run each objective's core move on demand — use the directional terms / planes and trace a feedback loop (Obj 1); tell bonds apart, work a pH factor, predict a tonicity outcome, and match an organelle to its job (Obj 2); identify the four tissues, place the epidermal strata, and know the epidermis is avascular (Obj 3); classify a bone axial/appendicular and a joint by mobility, and keep osteoblast/clast straight (Obj 4); order the steps of contraction and apply the sliding-filament idea (Obj 5); state the resting potential and order the action-potential phases with the right ion in each (Obj 6); match a brain region to its function, order the meninges, and tell sympathetic from parasympathetic (Obj 7); trace the eye and ear and tell rods from cones (Obj 8); (2) name and avoid the highest-cost misconception in each theme; (3) walk into the Final knowing its coverage, its weight (25%), and a concrete plan built around the Study Guide, the Exam-Prep Tutorial, and the Practice Final.
Key vocabulary (all review)	anatomy/physiology, levels of organization, directional terms (superior/inferior, anterior/posterior, medial/lateral, proximal/distal, superficial/deep), sagittal/frontal/transverse, body cavities, homeostasis, negative/positive feedback; ionic/covalent/hydrogen bond, pH/buffer, monomer (monosaccharide/amino acid/nucleotide), phospholipid bilayer, nucleus/ribosome/mitochondrion/lysosome, diffusion/osmosis/active transport, Na⁺/K⁺ pump, hypotonic/hypertonic/isotonic, glycolysis/Krebs cycle/electron transport chain, ATP; epithelial/connective/muscle/nervous tissue, simple/stratified, epidermis/dermis/hypodermis, stratum basale→corneum, melanin/keratin, thermoregulation; diaphysis/epiphysis, osteon/trabeculae, osteoblast/osteoclast/osteocyte, axial/appendicular, fibrous/cartilaginous/synovial, hinge/ball-and-socket/pivot/saddle; sarcomere, actin/myosin, sliding-filament, neuromuscular junction, acetylcholine, sarcoplasmic reticulum, troponin/tropomyosin, origin/insertion, agonist/antagonist; dendrite/soma/axon/myelin, resting membrane potential (−70 mV), threshold (−55 mV), depolarization/repolarization/hyperpolarization, all-or-none, synapse/neurotransmitter; cerebrum lobes (frontal/parietal/temporal/occipital), cerebellum, hypothalamus, medulla, meninges (dura/arachnoid/pia), CSF, reflex arc, afferent/efferent, somatic/autonomic, sympathetic/parasympathetic, vagus nerve; cornea/iris/lens/retina, rods/cones, fovea, malleus/incus/stapes, cochlea, semicircular canals, chemoreceptors (the five tastes incl. umami)
Materials	slides (Deck 16 — the final-review deck), the Study Guide, the Exam-Prep Tutorial (AI), the Practice Final, scratch paper for the quantitative pockets, one approved chatbot (Gemini / Claude / ChatGPT) for the audit-the-AI review moment
Timing note	8 segments, ~150 min total. Session 1 (Tue) = Segments 1–4 (~75): the map + Objectives 1–4 (the body's language → chemistry & the cell → tissues & skin → the skeleton). Session 2 (Thu) = Segments 5–8 (~75): Objectives 5–8 (muscle → the neuron → the nervous system → the senses) + the Final frame. Scale to your own pattern.

Segment 1 — Hook & the Map of the Whole Course (10 min) · Session 1 opens

Hook. Put one line on the board with no comment: "In anatomical position, your thumb is on the medial (inner) side of your hand." Ask: "True or false — and how do you know?" Let the room react, then point out they're reaching for exactly the habit the whole course built: don't trust what feels obvious; reset to anatomical position and use the precise term. (It's false — palms face forward in anatomical position, which rotates the thumb to the lateral side. That was our very first vote in Week 1.)
- "That instinct — to describe the body precisely and to reason about how it keeps itself in balance — is the entire course, sixteen weeks and eight objectives. They line up into one story: name the body and keep it steady, then build it from chemistry and cells up through tissues, the skeleton, muscle, the nervous system, and the senses. Today we walk the whole story once, fast, and find the exact spot in each chapter where points get lost. That's the Final."

The promise (write it on the board): "By Thursday you'll be able to take any of the eight big areas — name the where, do the chemistry, read the tissue, classify the bone, contract the muscle, fire the neuron, map the brain, trace the sense — and on demand state the one move it requires and the one mistake that sinks it."

The map (one slide, say it out loud — this is the photograph slide of the week):

NAME IT & BALANCE IT: Obj 1 ORGANIZATION & TERMINOLOGY (directions, planes, cavities) + HOMEOSTASIS (feedback).
THE CHEMISTRY & THE CELL: Obj 2 CHEMISTRY OF LIFE (atoms, water, pH), CELLS & TRANSPORT, METABOLISM (ATP, respiration).
THE BODY'S FABRIC & FRAME: Obj 3 the FOUR TISSUES & the SKIN · Obj 4 the SKELETON & JOINTS.
MOVEMENT, SIGNALS & SENSING: Obj 5 MUSCLE & CONTRACTION · Obj 6 the NEURON & the ACTION POTENTIAL · Obj 7 the NERVOUS SYSTEM (CNS/PNS/ANS) · Obj 8 the SPECIAL SENSES.

Why it matters line (memory hook): "The whole course is one sentence — the body is structure built from cells up, working to keep itself in balance; we describe it precisely and tie every structure to what it does, and homeostasis is the thread running through all of it."

Segment 2 — Objectives 1 & 2 Review: Name the Body, Do the Chemistry (20 min)

Re-teach Obj 1 in plain language. Anatomy is structure, physiology is function, and structure determines function. Climb the levels of organization — chemical → cellular → tissue → organ → organ system → organism. Every directional term assumes anatomical position (palms forward), which is why the thumb is lateral and the elbow is proximal to the wrist. Name a plane by the two parts it separates: sagittal = left/right, frontal = front/back, transverse = top/bottom. The heart and lungs sit in the thoracic cavity. And homeostasis runs on feedback loops — receptor → control center → effector — where negative feedback reverses the change (temperature, glucose, pH) and positive feedback amplifies it (childbirth).

Re-teach Obj 2 in plain language. Bonds: ionic transfers electrons, covalent shares, hydrogen bonds are weak attractions between molecules. On the pH scale, lower = more acidic and each unit is a 10× change in H⁺. Organelles by job: mitochondrion (ATP), ribosome (proteins), nucleus (DNA), lysosome (digestion). Transport: passive (osmosis = water toward higher solute) vs. active (the Na⁺/K⁺ pump, against the gradient, costs ATP). Tonicity: hypotonic outside → water in → swell; hypertonic → water out → shrink. And the respiration overview in order: glycolysis → Krebs → electron transport chain, where the ETC makes the most ATP.

One quick worked example (do the arithmetic out loud):

pH factor. How many times more acidic is a gastric sample at pH 3 than a fluid at pH 6?
- Count the units: 6 − 3 = 3. Each unit is 10×, so the factor is 10³ = 1000× more acidic. (Pre-verified.) Watch the trap: it's the factor 1000, not the number of units (3), and not 30.

Highest-cost misconception + cure:
- ❌ Calling the thumb "medial," and "in a hypertonic solution the cell swells."
✅ Cure: in anatomical position the thumb is lateral; and hypertonic outside → water leaves → the cell shrinks (hypotonic → swells). (Bonus: lower pH is more acidic, and each unit is a 10× factor.)

Segment 3 — Objectives 3 & 4 Review: The Body's Fabric & Frame (22 min)

Re-teach Obj 3 in plain language. The four primary tissue types: epithelial (packed cells, avascular, covers/lines), connective (scattered cells in a matrix — and blood is connective), muscle (contracts), nervous (neurons + neuroglia, communicates). Epithelia are classified by layers (simple = one, stratified = many) and shape. The skin, top to deep: epidermis (keratinized stratified squamous, avascular), dermis (connective tissue with vessels and nerves), hypodermis (fat). The epidermal strata, deep to superficial: basale (new cells) → spinosum → granulosum → (lucidum) → corneum (barrier). Melanin is UV pigment; keratin is toughness. The skin's standout job is thermoregulation — a homeostasis tie-in.

Re-teach Obj 4 in plain language. Bone is living tissue, and its jobs include support, protection, movement, mineral storage, and blood cell formation in red marrow. Microscopically, compact bone is osteons, spongy bone is trabeculae. Keep the cells straight: osteoBlast Builds, osteoClast Chews (resorbs, releasing calcium), osteocyte maintains. The skeleton splits into axial (skull, vertebral column, ribs) and appendicular (limbs + girdles). Joints classify by mobility: fibrous (immovable sutures), cartilaginous (slightly movable), synovial (freely movable) — and among synovial types the ball-and-socket of the shoulder and hip gives the greatest range of motion.

One quick worked example (read the figure out loud):

Identify and classify. A described slide shows scattered cells in a fluid matrix; a long bone is sketched.
- The slide is connective tissue — in fact, blood (cells in a fluid matrix), not muscle. On the bone, the diaphysis is the shaft and the epiphysis is the end; new cells in the epidermis (tie-back) form at the basale, just as in bone the osteoblast builds. Anchor the contrast: epithelial = packed cells, connective = matrix.

Highest-cost misconception + cure:
- ❌ "The epidermis is rich in blood vessels," and swapping osteoblast and osteoclast.
✅ Cure: the epidermis is avascular (fed by diffusion from the dermis); and osteoBlast Builds, osteoClast Chews. (Bonus: blood is a connective tissue, and a skull suture is fibrous, not synovial.)

Segment 4 — Objective 5 Review: Muscle & Contraction + Quick Drill (23 min) · Session 1 closes (~75)

Re-teach in plain language. The contractile unit is the sarcomere; actin is thin, myosin is thick. In the sliding-filament model, myosin heads pull the actin filaments toward the center so the Z discs draw closer and the sarcomere shortens — the filaments slide, they do not shorten. The steps of contraction in order: the motor neuron releases acetylcholine at the neuromuscular junction; an action potential sweeps the muscle fiber; calcium is released from the sarcoplasmic reticulum; calcium binds troponin and moves tropomyosin off the binding sites; cross-bridges form and the power stroke (using ATP) slides the filaments. For the muscular system, the insertion moves and the origin stays put, and the biceps brachii flexes the forearm (the triceps extends).

One quick worked example (walk the steps out loud):

Order the contraction. A motor command reaches a muscle.
- ACh → action potential → Ca²⁺ from the SR → troponin/tropomyosin → cross-bridge/power stroke. The calcium comes from the sarcoplasmic reticulum, not the blood, and ATP is needed both to contract and (later) to relax. Tie-in: the muscle action potential here is the same kind of electrical event we'll formalize in Objective 6.

Interaction — rapid-fire "name the move" (think-pair-share, ~6 min): put four one-liners on a slide; students call it solo (30 s), neighbor (1 min), vote.

The thin filament in the sarcomere. (actin)

The neurotransmitter released at the neuromuscular junction. (acetylcholine)

The muscle that flexes the forearm at the elbow. (biceps brachii)

The attachment that moves during a contraction. (insertion)

Highest-cost misconception + cure:
- ❌ "During contraction the filaments themselves shorten," and "the biceps extends the forearm."
✅ Cure: the filaments slide/overlap (they keep their length); and the biceps flexes the forearm — the triceps extends it. (Bonus: the calcium comes from the sarcoplasmic reticulum, and the steps run ACh → AP → Ca²⁺ → troponin → cross-bridge.)

Segment 5 — Objective 6 Review: The Neuron & the Action Potential (24 min) · Session 2 opens

Hook back in: "Session 1 we built the cell, the tissues, the skeleton, and the muscle — and a muscle contraction started with an electrical signal. Now we formalize that signal: the action potential. This is the course's quantitative pocket for the nervous system, so the values and the order are the whole game."

Re-teach in plain language. Know the neuron parts: dendrites receive, the soma integrates, the axon conducts away, and myelin insulates and speeds conduction. The resting membrane potential is about −70 mV — inside negative — maintained by the Na⁺/K⁺ pump (3 Na⁺ out, 2 K⁺ in). The action potential runs in a fixed order: resting (−70) → depolarization (threshold near −55 reached → Na⁺ rushes IN → inside positive, peak near +30) → repolarization (K⁺ flows OUT → inside returns negative) → hyperpolarization (a brief dip below −70) → back to rest. It is all-or-none, and across the synapse, neurotransmitters carry the signal to the next neuron.

One quick worked example (read the values out loud — pre-verified):

Read the trace. A neuron sits at −70 mV, then fires.
- At rest the inside is negative (−70 mV). The swing from rest to the peak is −70 to +30 = 100 mV. In order: depolarization is Na⁺ in (inside goes positive); repolarization is K⁺ out (inside returns negative); then a brief hyperpolarization. Keep it overview-level — no Nernst equation, just the values and the order.

Highest-cost misconception + cure:
- ❌ "At rest the inside of a neuron is positive," and "depolarization is potassium leaving."
✅ Cure: at rest the inside is negative (−70 mV); depolarization = Na⁺ IN, repolarization = K⁺ OUT. (Bonus: the phases run resting → depol → repol → hyperpol, and myelin speeds conduction, which is why MS — myelin damage — slows it.)

Segment 6 — Objective 7 Review: The Nervous System (CNS, PNS & ANS) (22 min)

Re-teach the CNS in plain language. The CNS is brain + spinal cord. Cerebral lobes: frontal (movement, planning), parietal (touch), temporal (hearing), occipital (vision). The cerebellum gives coordination and balance; the hypothalamus runs homeostasis (temperature, hunger, thirst); the medulla oblongata controls vital centers — heart rate and breathing. The CNS is wrapped by the meninges — dura → arachnoid → pia, outer to inner — and cushioned by cerebrospinal fluid (CSF). A reflex arc runs receptor → sensory (afferent) → integration center → motor (efferent) → effector.

Re-teach the PNS & ANS in plain language. The PNS is 12 pairs of cranial nerves and 31 pairs of spinal nerves. Afferent = sensory (toward the CNS); efferent = motor (away). Motor splits into somatic (voluntary) and autonomic (involuntary). The autonomic system's two branches are the contrast that matters: sympathetic = fight-or-flight (speeds the heart, dilates pupils, opens airways, pauses digestion) vs. parasympathetic = rest-and-digest (slows the heart, constricts pupils, stimulates digestion; the vagus nerve is its major nerve). They are antagonistic and keep the body in balance.

One quick worked example (trace it out loud):

Startle response. A loud crash makes you jump — heart pounding, pupils wide.
- That's the sympathetic division (fight-or-flight). The signal traveled out through the efferent (motor) pathway; the medulla is keeping your heart and breathing going underneath it; and once the danger passes, the parasympathetic division (rest-and-digest) brings the heart rate back down. Tie-in: this is homeostasis — two antagonistic branches holding a balance.

Highest-cost misconception + cure:
- ❌ "The occipital lobe processes hearing," and "the parasympathetic division speeds the heart during exercise."
✅ Cure: the occipital lobe = vision (the temporal lobe hears); and the sympathetic division speeds the heart — the parasympathetic slows it. (Bonus: the meninges run dura → arachnoid → pia, and afferent arrives while efferent exits.)

Segment 7 — Objective 8 Review: The Special Senses (24 min)

Re-teach in plain language. Each sense organ is structure → function. In the eye, the cornea refracts light, the iris controls the pupil, the lens fine-focuses (accommodation), and the retina holds the photoreceptors; the light path is cornea → pupil → lens → retina. The two photoreceptors: rods work in dim light with no color; cones detect color in bright light. In the ear, sound passes the eardrum, then the three ossicles in order — malleus → incus → stapes (hammer → anvil → stirrup) — to the cochlea, which handles hearing, while the semicircular canals and vestibule handle equilibrium/balance. Taste and smell are both chemoreceptors; the five basic tastes are sweet, sour, salty, bitter, and umami, and together taste and smell make flavor.

One quick worked example (read the scenario out loud):

Dim-light photo + a head cold. You can't see colors in a dark room, and food tastes bland with a stuffy nose.
- In dim light only the rods are working (no color); the cones need bright light. Food tastes bland because smell — a big part of flavor — is blocked, and both taste and smell are chemoreceptors. Tie-in: structure → function once more — the retina's two receptor types, and the chemoreceptors of taste and smell, each fit their job.

Highest-cost misconception + cure:
- ❌ "Rods detect color and cones work best in dim light," and mis-ordering the ossicles.
✅ Cure: cones = color/bright; rods = dim/no color (don't reverse them); and the ossicles run malleus → incus → stapes. (Bonus: the cochlea hears while the semicircular canals balance, and the five tastes include umami.)

Segment 8 — The Final Frame: What's On It & How to Prepare (15 min) · Session 2 closes (~75)

Audit-the-AI review moment (the course's recurring habit, one last time before the exam):

Paste to an approved chatbot: "In anatomical position, is the thumb medial or lateral? When a 300 mOsm cell is placed in a 100 mOsm solution, does it swell or shrink? And during depolarization of a neuron, does sodium move in or out?"
Check it against what we taught. Chatbots routinely call the thumb medial, reverse hypotonic and hypertonic, say depolarization is potassium leaving, scramble the contraction steps, or reverse rods and cones. The tool drafts; you judge. Catch the slips and you're ready. (Reminder: AI is allowed for prep, but not on the Final.)

What's on the Final (state it plainly — put it on the closing slide):
- Coverage: cumulative over the whole course — Weeks 1–15, Objectives 1–8. Body organization, terminology & homeostasis; the chemistry of life, cells & metabolism; the four tissues & the integument; the skeleton & joints; muscle & contraction; the neuron & the action potential; the CNS/PNS/ANS; and the special senses. The midterm already covered the first half (Objectives 1–4, plus the bone portion of 4), so those early objectives are foundations the later ones use — fair game, but the back half (Objectives 5–8) leans heaviest since it wasn't on the midterm.
- Format & weight: 20 items, 100 points (5 each) — a mix of concept, scenario, and quantitative items: use a directional term, work a pH factor or predict a tonicity outcome, identify a tissue, classify a bone or joint, order the steps of contraction and the action-potential phases (via matching), match a brain region, and trace the eye. Mixed item types (multiple-choice, multiple-answer, matching for process-order/structure-function, and true/false). The Final is 25% of the course grade — the single largest assessment — and replaces Week 16's quiz, assignment, lab, and discussion. AI is not permitted on the Final. (There is no Quiz 16, Discussion 16, Assignment 16, or Lab 16 — the Final stands in for all of them.)
- Coverage weight (so you study proportionally): Obj 1 = 2 · Obj 2 = 3 · Obj 3 = 3 · Obj 4 = 3 · Obj 5 = 3 · Obj 6 = 2 · Obj 7 = 2 · Obj 8 = 2 — proportional to teaching time, with the chemistry/cells, tissues, skeleton, and muscle blocks carrying the heaviest weight.

The preparation plan (point at each artifact by name):
1. Study Guide — work it first; it's the checklist of every move across the eight objectives, with the quantitative pockets re-worked.
2. Exam-Prep Tutorial — run it with an approved chatbot (Gemini / Claude / ChatGPT) and submit the share link; it diagnoses and drills your weak spots adaptively across all eight objectives.
3. Practice Final — sit it timed, like the real thing, then review every miss against the Study Guide.

Callback + send-off:
- Callback: "Every item on the Final is a move you already made this term — Week 1 you learned to describe the body precisely and reason about how it keeps itself in balance, and that instinct runs through all eight objectives: name the where, do the chemistry, read the tissue, classify the bone, contract the muscle, fire the neuron, map the brain, and trace the sense."
- Send-off: "You don't need to memorize a glossary — you need the eight honest moves, the worked numbers, and the mistake that sinks each one. Work the Study Guide, run the Exam-Prep Tutorial, take the Practice Final, then sit the Final. You've built every one of these skills across fifteen weeks. Go show them."

Hand-off (the week's work): review the Study Guide, run the Exam-Prep Tutorial (submit the share link), take the Practice Final, and sit the comprehensive Final (window opens at the start of the module; due six days later). No quiz, discussion, assignment, or lab this week — the Final is the whole grade for the module.

Instructor FAQ — Common Stumbles (Final-Review Week)

Student says / does	Quick cure
Calls the thumb "medial," or swaps sagittal/frontal.	In anatomical position (palms forward) the thumb is lateral. Sagittal = left/right; frontal = front/back.
Puts the heart and lungs in the abdominal cavity.	They're in the thoracic cavity, above the diaphragm.
Reports a pH difference as the number of units.	Each unit is a 10× change in H⁺. pH 3 vs 6 = 3 units = 10³ = 1000× more acidic — the factor, not "3."
Reverses hypotonic/hypertonic, or says osmosis moves solute.	Hypotonic outside → water in (swell); hypertonic → water out (shrink). Osmosis moves water, toward the higher solute.
Says "glycolysis makes the most ATP."	Order is glycolysis → Krebs → electron transport chain; the ETC makes the most ATP (O₂ is its final acceptor).
Says the epidermis is vascular, or that stratified = one layer.	The epidermis is avascular (fed by diffusion). Simple = one layer; stratified = many.
Calls blood "muscle" or "epithelial."	Blood is a connective tissue — cells in a fluid matrix (plasma).
Swaps osteoblast/osteoclast, or calls a limb bone "axial."	Blast Builds; Clast Chews. Limbs + girdles = appendicular; skull/spine/ribs = axial.
Says the filaments shorten, or that the biceps extends the forearm.	In the sliding-filament model the filaments slide (keep their length). The biceps flexes; the triceps extends.
Says calcium comes from the blood, or scrambles the contraction steps.	Ca²⁺ comes from the sarcoplasmic reticulum. Order: ACh → AP → Ca²⁺ → troponin/tropomyosin → cross-bridge.
Says at rest the inside of a neuron is positive, or that depolarization is K⁺ leaving.	At rest the inside is negative (−70 mV). Depolarization = Na⁺ IN; repolarization = K⁺ OUT.
Says myelin slows conduction.	Myelin speeds conduction (saltatory). MS damages myelin, which is why it slows signals.
Says the occipital lobe hears, or puts the meninges out of order.	Occipital = vision; temporal = hearing. Meninges run dura → arachnoid → pia (outer → inner).
Says the parasympathetic division speeds the heart, or swaps afferent/efferent.	Sympathetic speeds (fight-or-flight); parasympathetic slows (rest-and-digest). Afferent Arrives (sensory); Efferent Exits (motor).
Reverses rods/cones, or mis-orders the ossicles.	Cones = color/bright; rods = dim/no color. Ossicles: malleus → incus → stapes. The cochlea hears; the semicircular canals balance.
Panics that the Final is "literally everything."	It's the eight honest moves plus the worked numbers, not a thousand facts. The back half (Obj 5–8) leans heaviest since the midterm covered 1–4. Study Guide → Exam-Prep Tutorial → Practice Final, in that order.

Scope flag

This outline is pure review of Objectives 1–8 — no new material. The framing extras (the four-part "name it & balance it → the chemistry & the cell → the body's fabric & frame → movement, signals & sensing" map, the recurring audit-the-AI habit, the carried-over mnemonics like "Blast Builds, Clast Chews," "afferent arrives," and "ionic transfers, covalent shares") are retained context from the term because they make the cures stick; cut them for a leaner 60-minute review. Real A&P — the directional terms, the planes and cavities, the Krebs cycle, the sliding-filament mechanism, the sodium–potassium pump, the named bones/cells/joints/brain regions/nerves, the autonomic divisions, and the photoreceptors — is referenced factually as the discipline's content; no fictional quotes are attributed to real scientists, and the instructor and institution remain fictional. The cardiovascular, respiratory, digestive, urinary, endocrine, and reproductive systems remain A&P II content and are out of scope here (endocrine control is named only in passing, e.g., calcium regulation in bone). All worked numbers are pre-computed and were independently re-verified (the load-bearing rule) — the same pre-verified values used on the Final. The Final and its bundle (Study Guide, Exam-Prep Tutorial, Practice Final) are built separately and only referenced here by name. No quiz, discussion, assignment, or lab is built for Week 16 — by the course spine, discussions run every week except W16, and exam weeks replace the quiz, assignment, and lab with the exam; the comprehensive Final is the module's only graded item.

~ Prof. Navarro's edition · Fall 2026 · built with thecoursemaker.com