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Index
Problem Solving and Critical Thinking for BMAT (Section1)
Cells
Movement Across Membranes
Cell Division and Sex Determination
Inheritance
DNA
Gene Technologies
Variation
Enzymes
Respiratory System
Nervous System
Circulatory System
Digestive System
Excretory System
Hormones
Ecosystems
Electricity
Magnetism
Mechanics
Thermal Physics
Matter
Waves
Radioactivity
Atomic Structure
The Periodic Table
Chemical Reactions, Formulae and Equations
Quantitative Chemistry
Oxidation, Reduction and Redox
Chemical Bonding, Structure and Properties
Group Chemistry
Separation Techniques
Acids, Bases and Salts
Rates of Reaction
Electrolysis
Organic Chemistry: Some Basic Principles and Techniques
Hydrocarbon
Aldehydes, Ketones and Carboxylic Acids
Polymers
Metals
Kinetic/Particle Theory
Chemical Tests
Air and Water
Units
Number
Ratio and Proportion
Algebra
Geometry
Trigonometry
Statistics
Probability
Writing for BMAT (Section 3)
All Exams  >   BMAT  >   Crash Course for BMAT  >   All Videos

All videos of Crash Course for BMAT

Problem Solving and Critical Thinking for BMAT (Section1)

Identifying Conclusions

09:35 min

Recognising Assumptions

08:12 min

Recognising Flaws

07:28 min

Effect of Evidence

07:50 min

Date & Time

04:27 min

Pin Code Questions

10:32 min

Speed, Distance, Time

09:48 min

Cube Questions

07:17 min

Conclusion Questions

34:46 min

Spatial Reasoning

23:23 min

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Nervous System

Structure of the nervous system

08:48 min

Functions of the nervous system

06:38 min

Motor unit

09:36 min

Peripheral somatosensation

09:28 min

Muscle stretch reflex

09:34 min

Autonomic nervous system

11:24 min

Gray and white matter

06:18 min

Upper motor neurons

13:41 min

Somatosensory tracts

07:07 min

Cerebellum - Organ Systems

07:07 min

Brainstem - Organ Systems

08:02 min

Subcortical cerebrum

08:42 min

Overview of the functions of the cerebral cortex

05:43 min

Hemispheric differences and hemispheric dominance

04:36 min

The old brain

07:11 min

Cerebral cortex

08:22 min

Neurotransmitter anatomy

08:23 min

Early methods of studying the brain

06:27 min

Lesion studies and experimental ablation

06:41 min

Modern ways of studying the brain

05:18 min

Introduction to neural cell types

04:11 min

Overview of neuron structure

07:04 min

Overview of neuron function

07:58 min

Astrocytes - Nervous system physiology

07:26 min

Microglia - Nervous system physiology

05:27 min

Ependymal cells

03:40 min

Oligodendrocytes - Neural Cells

02:56 min

Schwann cells

02:55 min

Neuron resting potential description

07:15 min

Neuron resting potential mechanism

13:16 min

Neuron graded potential description

09:48 min

Neuron graded potential mechanism

10:11 min

Neuron action potential description

06:54 min

Neuron action potential mechanism

09:23 min

Effects of axon diameter and myelination

10:46 min

Action potential patterns

05:05 min

Sodium-potassium pump

13:53 min

Synapse structure

06:51 min

Neurotransmitter release

04:20 min

Types of neurotransmitters

08:46 min

Types of neurotransmitter receptors

06:36 min

Mechanics

Calculating Average Speed and Velocity

11:18 min

Solving for Time

09:35 min

Displacement from time and velocity example

05:00 min

Instantaneous speed and velocity

04:38 min

Acceleration - One-dimensional motion

09:06 min

Why distance is area under velocity-time line

09:26 min

Average velocity for constant acceleration

14:10 min

Force and Pressure

94:51 min

Friction

80:35 min

Newton's First Law of Motion

09:32 min

Applying Newton's first law of motion

07:14 min

Newton's second law of motion

07:14 min

Unbalanced forces and motion

06:37 min

Newton's third law of motion

08:00 min

Center of mass

09:36 min

Introduction to torque

09:25 min

Gravitation

03:12 min

Kinetic and Potential Energy

05:40 min

Energy & Power

03:34 min

Law of Conservation of Energy

10:07 min

Conservation of energy

10:06 min

Work and the work-energy principle

05:48 min

Work as the transfer of energy

03:17 min

Work example problems

04:50 min

Work as area under curve

12:31 min

Thermal energy from friction

14:47 min

Work/energy problem with friction

10:05 min

Conservative forces

04:02 min

Power - Work and energy

05:46 min

Intro to springs and Hooke's law

10:06 min

Potential energy stored in a spring

10:00 min

Spring potential energy example (mistake in math)

09:39 min

Vertical springs and energy conservation

14:27 min

Introduction to mechanical advantage

10:02 min

Mechanical advantage (part 2)

06:50 min

Mechanical advantage (part 3)

10:35 min

Waves

Waves: Wavelength, Frequency, Energy, Speed, Amplitude

31:18 min

Production of sound

03:46 min

Sound Properties (Amplitude, Period, Frequency, Wavelength)

05:16 min

Speed of Sound

03:45 min

Relative speed of sound in solids, liquids & gases

03:19 min

Decibel Scale

10:30 min

Why do sounds get softer?

08:48 min

Ultrasound medical imaging

05:35 min

Standing waves in open tubes

14:19 min

Standing waves in closed tubes

09:57 min

Introduction to the doppler effect

10:37 min

Doppler effect formula for observed frequency

10:13 min

Doppler effect formula when source is moving away

09:18 min

When the source and the wave move at the same velocity

07:35 min

Doppler effect for a moving observer

05:16 min

Doppler effect: reflection off a moving object

07:49 min

Electromagnetic Spectrum

09:56 min

Refraction and Snell's law

14:24 min

Refraction in water

04:24 min

Snell's law example 1

08:11 min

Snell's law example 2

09:48 min

Total internal reflection

07:31 min

Dispersion - Geometric optics

02:15 min

Rates of Reaction

Introduction to reaction rates

09:14 min

Rate law and reaction order

10:39 min

Worked example: Determining a rate law using initial rates data

12:28 min

First-order reaction (with calculus)

07:14 min

Plotting data for a first-order reaction

09:21 min

Half-life of a first-order reaction

08:16 min

Worked example: Using the first-order integrated rate law and half-life equations

10:20 min

Second-order reaction (with calculus)

07:14 min

Half-life of a second-order reaction

07:09 min

Zero-order reaction (with calculus)

09:53 min

Collision Theory

08:48 min

The Arrhenius equation

09:24 min

Forms of the Arrhenius equation

06:41 min

Using the Arrhenius equation

11:06 min

Elementary Reactions

05:35 min

Reaction mechanism and rate law

08:42 min

Catalysts

07:30 min

Kinetic and thermodynamic enolates

08:19 min

Zeroth law of thermodynamics

06:12 min

First law of thermodynamics

11:23 min

First law of thermodynamics Solved Example

07:34 min

PV Diagrams - 1

11:54 min

PV Diagrams - 2

13:00 min

Second law of thermodynamics

13:41 min

Aldehydes, Ketones and Carboxylic Acids

Nomenclature of aldehydes and ketones

12:38 min

Physical properties of aldehydes and ketones

10:13 min

Reactivity of aldehydes and ketones

10:05 min

Formation of hydrates

07:27 min

Formation of hemiacetals and hemiketals

10:44 min

Acid and base catalyzed formation of hydrates and hemiacetals

10:26 min

Formation of acetals

14:15 min

Acetals as protecting groups and thioacetals

08:25 min

Formation of imines and enamines

13:33 min

Formation of oximes and hydrazones

09:40 min

Addition of carbon nucleophiles to aldehydes and ketones

09:33 min

Formation of alcohols using hydride reducing agents

11:35 min

Oxidation of aldehydes using Tollens' reagent

09:21 min

Carboxylic acid nomenclature and properties

08:52 min

Reduction of carboxylic acids

08:54 min

Preparation of acyl (acid) chloride

10:23 min

Preparation of acid anhydrides

07:09 min

Preparation of esters via Fischer esterification

09:37 min

Preparation of amides using DCC

11:54 min

Decarboxylation - Carboxylic acids and derivatives

06:47 min

Alpha-substitution of carboxylic acids

09:06 min

Statistics

Examples: Mean, Median and Mode

14:47 min

Introduction to Dispersion

03:51 min

Measures of Dispersion (Range in detail)

20:23 min

What is Standard Deviation?

03:43 min

Mean Deviation for Ungrouped Data

06:52 min

Mean Deviation for grouped Data About Median

05:54 min

Mean Deviation for grouped Data About Mean

06:18 min

General Calculation of Standard Deviation

03:55 min

Example of Mean Deviation about Mean for Discrete Frequency Distribution

07:47 min

Example of Mean Deviation about the Mean for Continuous Frequency Distribution

09:59 min

Calculating Variance

07:58 min

Example of Mean Deviation about Median for Discrete Frequency Distribution

08:04 min

Calculating Standard Deviation for Discrete and Continuous Frequency Distributions

10:24 min

Example of Mean Deviation about Median for Continuous Frequency Distribution

12:45 min

Shortcut Method to find Variance and Standard Deviation

07:05 min

Miscellaneous Examples : Part 1

07:03 min

Miscellaneous Examples : Part 2

11:38 min

Miscellaneous Examples : Part 3

08:08 min

Analysis of Frequency Distributions(Coefficient of Variation)

03:56 min

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Video lectures for Crash Course for BMAT 2024 is part of BMAT exam preparation. The videos have been prepared according to the BMAT exam syllabus. The Video lectures, notes, tests & MCQs are made for BMAT 2024 Exam. Find important definitions, questions, notes, meanings, examples, exercises, MCQs and online tests here.

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