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left-hand ruleit is the opposite-chirality version of the right-hand
le chateliers principle h le chatelier 1888if a system is in equilibrium then any change imposed onto the system tends to shift the equilibrium to
lawson criterion jd lawsona situation for the release of energy from a thermonuclear reactor usually it is stated as the minimum value for the
laue pattern m von lauethe pattern generated on a photographic film while high-frequency electromagnetic waves such as x-rays are fired at a
laplace equation p laplacefor steady-state heat conduction in one dimension the temperature distribution is the resolution to laplaces equation that
landauers principlea principle that states it doesnt take energy to compute data explicitly but rather it takes energy to erase any data as erasure
lagrange pointspoints within the vicinity of two massive bodies like the earth and the moon where each others respective gravities balance there are
lamberts laws jh lambertlamberts first law the illuminance on a surface illuminated through light falling onto it perpendicularly from a point source
kohlrauschs law f kohlrauschif a salt is dissolved into water the conductivity of the solution is the total of two values one based on the positive
kirkwood gaps kirkwoodgaps in the asteroid belt caused through resonance effects from jupiter identical gaps exist in saturns rings because of the
kirchhoffs rules gr kirchhoffloop rule the total of the potential differences encountered in a round trip about any closed loop in a circuit is
kirchhoffs law of radiation gr kirchhoffthe emissivity of a body is equivalent to its absorptance at the simialr temperaturekirchhoffs laws gr
kilogram kgthe basic si unit of mass that only si unit which still maintained by a physical artifact a platinum-iridium bar kept in the international
kerr effect j kerr 1875the ability of certain substances to refract light waves differently whose vibrations are in distinct directions while the
keplers 1-2-3 lawanother formulation of keplers third law that relates to the mass m of the primary to a secondarys angular velocity omega amp
kelvin k after lord kelvin 1824-1907the basic si unit of thermodynamic temperature explained as 127316 of the thermodynamic temperature of the triple
josephson effects bd josephson 1962electrical effects observed while two superconducting materials are separated through a thin layer of insulating
joules laws jp joulejoules first law the heat q generated while a current i pass through a resistance r for a particular time t is given by
temperature joule j after jp joule 1818-1889the derived si unit of energy described as the amount of work done by moving an object by a distance of 1
a township of 25000 inhabitants is to discharge treated domestic sewage to the neighboring stream which has a least flow of 025 m3s and a 5-day bod
a if the sludge concentration in the return sludge line from the secondary clarifier were the similar as the mlvss concentration would recycle of
a explain the purposes of equalization basins grit chambers primary sedimentation tanks and waste stabilization ponds in wastewater treatmentb would
a describe why not all of the organic matter in wastewater is converted to carbon dioxide and water in biological treatmentb what is the importance
ideal gas lawsboyles law at constant temperature the pressure of an ideal gas is inversely proportional to the volume of the gascharles law at
ideal gas constant universal molar gas constant rthe constant which acts in the ideal gas equation it is 8314 34 jkmolideal gas equationan equation