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This playlist explores the fundamental principles of thermochemistry, including energy, enthalpy, and calorimetry. You'll learn how to calculate heat changes, analyze energy diagrams, and apply Hess's Law to predict reaction enthalpies. Whether you're a student or a curious learner, this playlist will provide a comprehensive overview of this essential topic in chemistry.

This playlist explores the fundamental principles of thermochemistry, including energy, enthalpy, and calorimetry. You'll learn how to calculate heat changes, analyze energy diagrams, and apply Hess's Law to predict reaction enthalpies. Whether you're a student or a curious learner, this playlist will provide a comprehensive overview of this essential topic in chemistry.

This playlist explores the fundamental principles of thermochemistry, including energy, enthalpy, and calorimetry. You'll learn how to calculate heat changes, analyze energy diagrams, and apply Hess's Law to predict reaction enthalpies. Whether you're a student or a curious learner, this playlist will provide a comprehensive overview of this essential topic in chemistry.

This playlist explores the fundamental principles of thermochemistry, including energy, enthalpy, and calorimetry. You'll learn how to calculate heat changes, analyze energy diagrams, and apply Hess's Law to predict reaction enthalpies. Whether you're a student or a curious learner, this playlist will provide a comprehensive overview of this essential topic in chemistry.

In this video, we’ll dive into Newton’s three laws of motion, which form the foundation of classical mechanics. We’ll explore each law in detail, discussing its significance and real-world applications. From understanding how forces affect motion to analyzing everyday examples, this lesson will give you a clear grasp of how Newton’s laws govern the physical world around us. Diliman Learning Res...

In this video, we’ll explore the principles of projectile motion, focusing on how objects move through the air under the influence of gravity. We’ll break down the key components, including initial velocity, angle of projection, and the effects of horizontal and vertical motion. Join us as we analyze real-life examples and solve problems to better understand the behavior of projectiles in motio...

In this video, we’ll explore the Work-Energy Theorem, which explains the relationship between work done on an object and its change in kinetic energy. We’ll break down the formula, discuss real-world applications, and provide examples to help you understand how forces and energy are interconnected. Join us for a deeper dive into this key concept in physics! Diliman Learning Resource Center The ...

In this video, we’ll dive into the present perfect continuous tense, used to describe actions that began in the past and are still continuing or have just recently stopped. We’ll cover its structure, common usage, and provide examples to help you understand how to use this tense effectively in both written and spoken English. Join us for a clear explanation of this advanced grammar concept! Dil...

In this video, we’ll explore the present continuous tense, which is used to describe actions that are happening right now or in the near future. We’ll break down its structure, common uses, and provide examples to help you master this essential tense in English. Join us to improve your grammar and express actions in progress with confidence! Diliman Learning Resource Center The DLRC offers free...

In this video, we’ll explore the passive voice in English grammar, discussing its structure, uses, and when it can be effective in writing. Learn how to identify passive constructions, transform active sentences into passive ones, and understand the impact of voice on clarity and emphasis. Join us as we unravel the intricacies of passive voice to enhance your writing skills! Diliman Learning Re...

In this video, we’ll dive into the concept of indirect objects and their role in sentence structure. Learn how to identify indirect objects, distinguish them from direct objects, and understand their importance in conveying meaning. We’ll provide clear examples and tips to help you use indirect objects effectively in your writing. Join us to enhance your grammar skills and improve your sentence...

In this video, we’ll explore the role of conjunctions in English grammar and how they help connect words, phrases, and clauses to create clear and coherent sentences. We’ll cover the different types of conjunctions-coordinating, subordinating, and correlative-along with tips and examples to enhance your writing. Join us to improve your understanding and usage of conjunctions in everyday communi...

In this video, we’ll explore the Schrödinger Equation, a fundamental equation in quantum mechanics that describes how the quantum state of a physical system changes over time. Discover how this equation provides insights into the behavior of particles at the atomic and subatomic levels and its role in shaping our understanding of electron orbitals and wave functions. Join us as we unravel the m...

In this video, we’ll delve into the Heisenberg Uncertainty Principle, a cornerstone of quantum mechanics that highlights the limitations of our ability to simultaneously know a particle's position and momentum. We’ll explore its implications for atomic theory and how it challenges classical physics. Join us as we uncover the profound effects of uncertainty in the microscopic world! Diliman Lear...

CHEM 16: Unit 2.5 - Wave Particle Duality

CHEM 16: Unit 2.4 - Atomic Emission Spectra and the Bohr Model

CHEM 16: Unit 2.3 - Photoelectric Effect

CHEM 16: Unit 2.2 - Blackbody Radiation

CHEM 16: Unit 1.6 - Atomic Symbol, Isotopes, and Relative Abundance

CHEM 16: Unit 2.1 - Basic Properties of Light and Electromagnetic Waves

CHEM 16: Unit 1.5 - Dalton's Atomic Theory

CHEM 16: Unit 1.4 - Three Fundamental Laws of Chemistry

CHEM 16: Unit 1.3 - Factor Label Method

CHEM 16: Unit 1.2 - Classification of Matter

CHEM 16: Unit 1.1 - Physical and Chemical Changes

BIO 11: The Cell Cycle (Part 3.2)

BIO 11: The Cell Cycle (Part 3.1)

BIO 11: Parts of the Cell (Part 2.2)

BIO 11: Parts of the Cell (Part 2.1)