Sample Report — Infinite MCAT
Dr. Miles mcat.life Session complete
Nice work, Maya!
51/87
correct · 3 sessions over 12 days
Your Executive Report
Three sessions in twelve days is real, consistent momentum, and it's showing up in the numbers: your accuracy on cell signaling and membrane receptors has climbed from 40% in your first session to 71% now — that's genuine, visible progress, not a fluke. The most important thing to fix is how you're reading fluids and Poiseuille's law questions specifically; the data shows this is a pacing habit, not a knowledge gap, and it's a fast fix. One pattern worth naming directly: your evening sessions are consistently your weakest across all three runthroughs, not just once — that's a real trend, not a bad night.
📊 Accuracy by Foundational Concept
FC1 · Biomolecules
55%
FC2 · Cell Systems
60%
FC4 · Physical Principles
18%
FC5 · Chem Interactions
58%
FC7 · Social Psychology
50%
📈 Accuracy Trend: Organized Assemblies of Cells & Organ Systems
Session 1 Session 3 40% 71%

Maya, three sessions over twelve days is exactly the kind of consistency that actually moves a score — not a single marathon, real spaced practice. That gives me something better than a snapshot: I can show you a genuine trend, not just where you stand today.

Let's start with what's actually working, because there's a real story here. In your first session, cell signaling and membrane receptors sat at 40% — rough, but a starting point. By your second session, it had climbed to 58%. Today, it's at 71%. That's not noise. That's a real, three-session upward trend, and whatever you changed between session one and now — slower reading, better first-principles understanding, more careful elimination — it's working. Keep doing it.

Here's your highest-leverage next move: fluids and Poiseuille's law. Your accuracy there has actually stayed flat across all three sessions, sitting around 15-20% each time — and unlike membrane receptors, this one isn't improving on its own. Look at why: across all three sessions combined, 11 of your 13 wrong answers here are classified as misreads, not conceptual errors. You understand the physics. You're consistently answering a different question than the one being asked, and it's happening every single session, not just once. That repetition across three separate sittings tells me this is a real habit, not a bad day — and habits need a deliberate fix: read the stem twice, out loud if you have to, before you look at the answer choices.

There's a pattern worth naming directly across your evening sessions specifically. Your session-two numbers (evening) came in meaningfully lower than session one (morning) and session three (afternoon) — and it's not one bad night, it's the second time in three tries. Combined with more fast-wrong answers showing up specifically in that evening session, this looks like fatigue compounding an already-rushed pace, consistently, not randomly.

One more thing showing up across sessions: you changed six answers total across the three runthroughs, and four of those went from correct to wrong. That ratio has held steady session to session — this isn't a one-time slip, it's a pattern in how you're handling doubt. Your first instinct is outperforming your second-guessing, consistently.

Here's what to do before your next session:

1. Keep doing whatever you're doing on membrane receptors — it's working, three sessions running.
2. On fluids and Poiseuille's law specifically, read every stem twice before touching the answers.
3. Move your next session earlier in the day if you can — your evening numbers have been your weakest twice now.
4. Trust your first answer unless you can name a specific, concrete reason to change it.

Three sessions in, you already have real, visible proof that deliberate practice is working in at least one area. Let's get fluids moving the same way.

— Dr. Miles

How well do you know what you know?
Worth a closer look. Confident and wrong 5 times, concentrated specifically on fluids and Poiseuille's law — a real signal this isn't just carelessness, it's a habit worth breaking.
Rushing or stuck?
9 rushed misses, 4 stuck misses. The rushed misses cluster almost entirely in fluids and Poiseuille's law, confirming the pacing-problem diagnosis.
When you're at your best
Morning: 68% (n=32) · Afternoon: 64% (n=28) · Evening: 46% (n=27). A real, consistent gap, not a one-off.
Why answers go wrong
Misreads: 11 · Concept gaps: 6 · Math errors: 3 · Guesses: 2. Misreads are your largest category, almost entirely concentrated in fluids and Poiseuille's law.
Foundational Concepts
Biomolecules & Cell Processes55% (n=14)
Organized Assemblies of Cells & Organ Systems↑ Improving60% (n=15)
Physical Principles: Transport, Sensing & Signaling↓ Slipping18% (n=18)
Chemical Interactions & Reactions58% (n=12)
Social Psychology, Personality & Development50% (n=10)
Topic-level breakdown
fluids and Poiseuille's law18% (n=18)
cell signaling and membrane receptors60% (n=15)
amino acid and peptide chemistry58% (n=12)
social psychology (conformity, obedience, attribution)50% (n=10)
Section Mastery
CARS68% (n=25)
Chem/Phys42% (n=30)
Bio/Biochem64% (n=22)
Psych/Soc50% (n=10)
"Based on the Poiseuille's law relationship, if radius is tripled while all other factors remain constant, flow rate increases by what factor?"
You picked B, correct was D
Flow rate scales with the fourth power of radius (Q ∝ r⁴), so tripling radius increases flow by 3⁴ = 81, not 3× or 9×. Rereading the question, the "fourth power" relationship was stated directly in the passage — this is a textbook misread, not a conceptual gap.
"Which membrane receptor type directly opens an ion channel upon ligand binding?"
You picked A, correct was C
Ionotropic receptors (ligand-gated ion channels) open directly upon binding; metabotropic receptors act through second messengers instead. This was your session-one attempt at this exact distinction — by session three you were answering this correctly.
Session 1 · Morningavg 42s / question
Session 2 · Eveningavg 31s / question
Session 3 · Afternoonavg 48s / question