Of gas laws Study guides, Class notes & Summaries

NBPL05: Experiment 5 - Gas Laws Purpose: Experiments on different gas laws Notes: ● Robert Boyle Law - pressure of a gas is inversely related to its volume. K is a constant. ● P1V1=P2V2 Demonstration of Bolye’s Law - looking at pressure and volume. ● A syringe is used and it is fitted onto a wooden base and then capped off with a platform. ● Open to the atmosphere - pounds per inch = 14.3 pounds per square inch. ● Volume that is in the syringe with the atmospheric pressure = ...

Figure 1.2 This portrayal shows an alchemist’s workshop circa 1580. Although alchemy made some useful contributions to how to manipulate matter, it was not scientific by modern standards. (credit: Chemical Heritage Foundation) From alchemy came the historical progressions that led to modern chemistry: the isolation of drugs from natural sources, metallurgy, and the dye industry. Today, chemistry continues to deepen our understanding and improve our ability to harness and control the behav...

4 Introduction The Secret Life of Earth In this era of satellites and global positioning systems, submarines and sonar, could there possibly be any more places on Earth that we have not explored? Well, yes, actually. In 2005, for instance, helicopters dropped a team of explor- ers into the middle of a vast and otherwise inaccessible Indonesian cloud forest. Within minutes, the explorers realized that their landing site, a dripping, moss- covered swamp, was home to plants and animals that ...

The document contains a concise explanation of gas laws put forth for ideal gases along with graphs for clarity. Postulates of kinetic theory of gases have also been summarized therein.

GCSE Physics Exam Revison Falsh Cards covers following topics: - Heat Energy Transfer - Energy - Sound Waves - Diffraction - Refraction - Reflection - Electromagnetic Spectrum - Waves - Electric Charge - Ohm's Law - Electric, Power & Energy - Mains Electric & Safety - Gravity & Orbits - Momentum - Moment of a Force - Hooke's Law - Speed Velocity & Acceleration - Nuclear Fission - Ionising Radiation - Atomic Structure - Force & Movement - Half Life - Motor Effect - Ele...

Included in these notes are the key definitions (e.g. Absolute zero, ideal gas) as well as the equations and explanations for specific heat capacity, latent heat, and continuous flow heating. There is also a detailed explanation of how temperature is related to the internal energy of particles. The first law of thermodynamics is also explored. Furthermore, the ideal gas laws (Boyle's, Charles', and the pressure law) have all been explained fully as well as the ideal gas equation. Finally, the k...

Included in these notes are the key definitions (e.g. momentum, work done) as well as the differences between vectors and scalars, conditions for forces to be in equilibrium, and the principle of moments. The centre of mass for a body is also defined. The constant acceleration equations (suvat) are given and the motion of a body in free fall is explored. Furthermore, the rules and assumptions for projectile motion are also given. In addition all 3 of Newton's laws of motion are explained as we...