BUP Physics Exam Analysis and Strategy
📌 The Bangladesh University of Professionals (BUP) exam for the FST unit (Science division) is the first among public university entrance exams, making performance crucial for building confidence.
📐 BUP physics questions are highly math-based, as evidenced by the 2024-2025 session having 14 out of 20 questions derived from mathematical problems (calculator use is allowed).
📊 Analysis across recent sessions (2019–2025) shows a consistent trend of 11 to 14 math problems per exam, emphasizing the need to master calculations and concept conversions.

High-Frequency and Crucial Topics
🔄 Topics frequently tested and flagged as extremely important include Road Banking ($\tan \theta = v^2 / rg$), Equivalent Capacitance (তুল্যধারকত্ব), and Adiabatic Processes (রুদ্ধতাপীয় পরিবর্তন) involving formulas like $PV^\gamma = \text{constant}$.
💡 Modern Physics (related to concepts like mass change, $m = m_0 / \sqrt{1 - v^2/c^2}$), Vector Resolution (লব্ধি নির্ণয়), and Surface Tension (পৃষ্ঠটান) formulas must be thoroughly memorized.
🔄 Repetitive Topics: Angular Velocity ($\omega$), Adiabatic Processes, and concepts related to Kinetic Energy and Potential Energy ratios (e.g., when $KE = n \cdot PE$) are consistent staples.

Preparation and Actionable Steps
📚 Focus preparation not just on knowing the topics, but on mastering the mathematical conversions and relationships between physical quantities (proportionality, inverse proportionality).
✍️ Students should extensively review the BUP Question Bank to align their practice with the specific type of mathematical problems favored by the exam setters.
🎁 The speaker plans to release a marathon class and a best PDF resource for BUP Physics preparation if sufficient student engagement and response are received.

Key Points & Insights
➡️ BUP physics preparation should prioritize solving math problems over rote memorization of theory, given the high concentration of calculation-based questions.
➡️ Repeatedly tested concepts like Adiabatic Processes ($PV^\gamma$ and $TV^{\gamma-1}$ relations) and Equivalent Capacitance are non-negotiable areas for mastery.
➡️ Mastering the relationships (proportionality, inverse proportionality) between physical quantities is key to successfully solving the calculation-heavy questions.

📸 Video summarized with SummaryTube.com on Jan 06, 2026, 14:51 UTC