Well, I haven’t posted anything in quite a while, and this is due to being burnt out. No need to sugar coat anything. Having said this, I have great plans for the contents of this site. At some point in the future, the contents of this blog will be used to create YouTube videos andContinue reading “LIFE IS GREAT!!!”
Category Archives: Gas Laws
GAS LAWS: Boltzmann Constant Derivation
An ideal gas is a gas that behaves as if the only significant interactions between its atoms occurs during elastic collisions. Under ideal conditions, intramolecular force interactions due to charged particles, as well as systemic losses due to entropy, are ignored. In addition to these subatomic interactions occurring within a specified quantity of space, thereContinue reading “GAS LAWS: Boltzmann Constant Derivation”
DO LIVING THINGS EXIST IN A TAUTOMERIZED STATE???
What do DNA and RNA molecules, proteins, fats, carbohydrates, and the side chains of other importance organic molecules have in common??? In solution, these molecules rapidly fluctuate between one structure to another similar one, then back. The relationship between tautomeric states, however, need not be 1 to 1. Organic molecules contain a great diversity ofContinue reading “DO LIVING THINGS EXIST IN A TAUTOMERIZED STATE???“
GAS LAWS: Boltzmann’s Constant
In previous circumstances, a known quantity of an ideal gas in moles ( n ) was shown to influence a volume of space in accordance with the Ideal Gas Law ( PV = nRT ). It is useful, however, to be able to determine the number of molecules ( N ) of a gas thatContinue reading “GAS LAWS: Boltzmann’s Constant”
GAS LAWS: The Ideal Gas Law.
In general terms, E = mc^2 regards energy liberated when various types of subatomic collisions occur ( and typically dislodge a nucleus ), with m = mass ( kg ), and c = speed of light ( 3.0 * 10^8 m/s ). E/m = constant, and although different, a system in which gases undergo elasticContinue reading “GAS LAWS: The Ideal Gas Law.”
GAS LAWS: Boyle’s Law, Charle’s Law, and Gay-Lussac’s Law.
GAS LAWS: Boyle’s Law, Charles’s Law, and Gay-Lussac’s Law The most easily observable macroscopic traits of a gas are its pressure ( P ), volume ( V ), mass ( m ), and temperature ( T ). Pressure is measured in Pascals ( or psi ) and has units of force ( N ) perContinue reading “GAS LAWS: Boyle’s Law, Charle’s Law, and Gay-Lussac’s Law.”
RENAISSANCE PHYSICS 