Term
| Redox Reaction, the element loses electrons |
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Definition
| the element is a reducing reagent, and undergoes the the oxidation half reaction, it is oxidized |
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Term
| Redox Reaction, the element gains electrons |
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Definition
| the element is the oxidizing agent, it is undergoing reduction, it is being reduced |
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Term
| equation for density derived from PV=nRT |
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Definition
| d = PM/RT d= density p = pressure n = moles(grams over molar mass) R =.0821(constant) T=temperature in Kelvin(degrees Celsius + 273.15) |
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Term
| equation for Molar Mass derived from PV=nRT |
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Definition
| M=dRT/P M = molar mass d = density R = .0821(constant) T = temperature in Kelvins(degrees Celsius + 273.15) |
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Term
| equation for mass derived from PV=nRT |
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Definition
| m=PVM/RT m = mass P = pressure in atmospheres, V = volume in liters, R=.0821(constant) T=temperature in Kelvins |
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Term
| Equation for Diffusion and Effusion |
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Definition
| r(1)^2 * FW(1) = r(2)^2 * FW(2) r = the perspective rates of the elements, and FW = to there formula weight/ molar mass |
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Term
| equation that relates dE with specific variables for the composition of q and w |
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Definition
| (d)E =ms(d)t - P(d)V (d)E= change in energy m = mass, s= specific heat, (d)t = the change in temperature P = pressure in atm, d(V)= the change in volume OR (d)E=ms(d)t-(d)nRT (d)n = change in moles |
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Term
| conversion factor from L*atm to Joules |
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Definition
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Term
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Definition
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Term
| equation for work from gas on the atmosphere |
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Definition
| w=-P(d)V w=work P=pressure in atm, (d)V= the change in volume |
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Term
| Equation relating change in energy, wavelength, and planck's constant and the speed of light |
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Definition
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