BMST Study Guide 2026

Everything you need to pass the BMST exam in one place: the exam format, every topic to study, real practice questions with explanations, flashcards, and full-length practice tests. Free, no sign-up needed.

📋 BMST Exam Format at a Glance

100
Questions
180 min
Time Limit
70.00%
Passing Score

📚 BMST Topics to Study (180)

Mathematics · 11 cardsScience · 11 cardsAlgebraic Equations and Inequalities · 7 cardsAlgebraic Equations and Inequalities · 7 cardsAlgebraic Equations and Inequalities · 7 cardsAlgebraic Equations and Inequalities · 7 cardsAtomic Structure and Bonding · 7 cardsAtomic Structure and Bonding · 7 cardsAtomic Structure and Bonding · 7 cardsAtomic Structure and Bonding · 7 cards- Basic Math and Science Algebraic Equations and Inequalities Questions and Answers · 7 cards- Basic Math and Science Algebraic Equations and Inequalities Questions and Answers · 7 cards- Basic Math and Science Algebraic Equations and Inequalities Questions and Answers · 7 cards- Basic Math and Science Atomic Structure and Bonding Questions and Answers · 7 cards- Basic Math and Science Atomic Structure and Bonding Questions and Answers · 7 cards- Basic Math and Science Atomic Structure and Bonding Questions and Answers · 7 cards- Basic Math and Science Cellular Processes and Organelles Questions and Answers · 7 cards- Basic Math and Science Cellular Processes and Organelles Questions and Answers · 7 cards- Basic Math and Science Cellular Processes and Organelles Questions and Answers · 7 cards- Basic Math and Science Chemical Reactions and Stoichiometry Questions and Answers · 7 cards- Basic Math and Science Chemical Reactions and Stoichiometry Questions and Answers · 7 cards- Basic Math and Science Chemical Reactions and Stoichiometry Questions and Answers · 7 cards- Basic Math and Science Data Interpretation and Probability Questions and Answers · 7 cards- Basic Math and Science Data Interpretation and Probability Questions and Answers · 7 cards- Basic Math and Science Data Interpretation and Probability Questions and Answers · 7 cards- Basic Math and Science Earth's Geological Cycles Questions and Answers · 7 cards- Basic Math and Science Earth's Geological Cycles Questions and Answers · 7 cards- Basic Math and Science Earth's Geological Cycles Questions and Answers · 7 cards- Basic Math and Science Electrical Circuits and Ohm's Law Questions and Answers · 7 cards- Basic Math and Science Electrical Circuits and Ohm's Law Questions and Answers · 7 cards

✍️ Sample BMST Questions & Answers

1. A tank is 3/5 full and contains 120 liters. What is the total capacity of the tank?
200 liters

120 = (3/5) × capacity, so capacity = 120 × 5/3 = 200 liters.

2. Which cellular process requires oxygen as a final electron acceptor?
Aerobic respiration

Aerobic respiration uses oxygen in the electron transport chain to produce large amounts of ATP.

3. The empirical formula of a compound shows:
The simplest whole-number ratio of atoms in the compound

The empirical formula gives the simplest ratio of atoms; for example, H₂O₂ has the empirical formula HO.

4. The ability to do work is:
Energy

Explanation: Energy is the ability to do work. It is a fundamental concept in physics that describes the capacity of a system to perform physical or mechanical tasks. It can exist in various forms such as kinetic energy, potential energy, thermal energy, etc. Energy is required to overcome resistance or exert force on an object in order to perform work. Therefore, energy is the correct answer as it directly relates to the ability to do work.

5. What drives the movement of tectonic plates according to the most widely accepted scientific explanation?
Convection currents in the mantle

Convection currents in the semi-molten mantle carry heat from Earth's interior and drag tectonic plates along with them.

6. A line graph shows a city's population growing from 500,000 in 2010 to 680,000 in 2020. If the growth was exponential, approximately what was the population in 2015?
582,000

For exponential growth: P(t) = P₀ · eʳᵗ. From 2010 to 2020 (t = 10): 680,000 = 500,000 · e^(10r) → e^(10r) = 1.36 → 10r = ln(1.36) ≈ 0.3075 → r ≈ 0.03075. At t = 5 (year 2015): P = 500,000 · e^(0.03075 × 5) = 500,000 · e^(0.15375) ≈ 500,000 · 1.1663 ≈ 583,150 ≈ 582,000. The midpoint of 590,000 assumes linear growth — a common trap.

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