The CPA Tutor: Math, Physics & Accounting

Physics 12: Mastering Forces and Newton's Laws Before the Final Prepping for the Physics 12 final in British Columbia can feel like a high-stakes game, especially when your sights are set on competitive programs at UBC or SFU. If you’ve spent your nights scrolling through r/BCGrade12s or re-watching Mr. Lam’s videos, you know one thing for sure: the Dynamics unit is where many students first feel "cooked". But here’s the secret: Newton’s Laws aren’t about memorizing a formula sheet; they are about thinking logically through complex systems. Today, we’re breaking down the three hardest problem types in the Dynamics unit and how you can bridge the gap from "solution watching" to true mastery. 1. Elevator Problems: Apparent Weight vs. Reality Elevator problems are the classic test of whether you understand the difference between mass and normal force (N). BC students often struggle with the sign conventions of vertical vectors—forgetting that the scale d...

If you are staring at a complex CPA exam word problem and feeling overwhelmed, you aren’t alone. Most candidates struggle because they try to "do math" immediately. Most tutors teach math. I teach a system. To pass the CPA exam—especially the Audit (AUD) and Financial (FAR) sections—you need to stop thinking like a student and start thinking like a professional. By adapting George Polya’s four-step problem-solving framework into what I call The CPA Audit Method , you can deconstruct any simulation or multiple-choice question with surgical precision. Here is how you apply the system: Client, Evidence, Standards, and the Unit Check. Step 1: Client (The Question) In a real-world audit, the first step is understanding the client and the specific "Question" being asked: Are these financial statements free from material misstatement? On the exam, "The Client" is the prompt itself. You must identify the "Unknown" before you touch your calculator. Resta...

We’ve all been there: you’ve spent weeks mastering the material, but the moment the exam is placed on your desk, your heart races, your palms sweat, and your mind goes blank. In the world of high-stakes testing, we need to stop looking at math anxiety as a personal failing and start viewing it as a variable to be solved. Think of your test performance as a simple equation: Actual Performance = Potential - Anxiety Interference Research shows that mathematics anxiety acts as a "resource depletion" model. When you panic, your brain activates the same regions associated with physical pain, which co-opts the working memory (the "RAM" of your brain) you need to solve complex problems. To maximize your score, you don't just need to study more; you need to optimize the variable of anxiety to zero. Here is a logical, step-by-step framework to debug your testing process. 3 Logical Steps to Calm Down When a mental block hits, your sympathetic nervous system is in hyper-...