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Apply the Graham's law to calculate the rate of effusion of NO2 compared to SO2 at the same temperature and pressure?
Which of the above sets of quantum numbers could possibly describe an electron in the ground-state configurations of boron
Hydrogen displays an emission line in the infrared region of the spectrum at 1875.6 nm. Determine the values of n for the two energy levels that are responsible for this emission.
Normally the alkaline earth carbonates (MCO3; M = Mg^2+, Ca^+2, Sr^+2, Ba+2) are insoluble in water. Why would the method used in this experiment work for calculating the molar mass of the alkaline earth? How would the calculations have to be cha..
What is the molecular, complete ionic equation, and net ionic reaction for the following. I get stuck trying to figure out the solubility. NaOH + HC2H3O2 -> BaCO3 + HNO3 -> K2S + HCl ->
What is the mass of H2O (g) present when equilibrium is established. Vapor pressure of water at 27 C is 26.7 mmHg.
Demonstrate how the product would react in the presence of diethyl acetylenedicarboxylate. Note that the Diels-Alder cycloadduct formed will lose carbon monoxide, Explain which will result in an aromatic product being obtained.
if you mixed 100 ml of 0.1M KI with 100ml of 0.1M K2S2O8. How will you calculate the diluted (or "new") concentrations of them
A gas is collected over water at a certain temperature. The total pressure is 762 torr. The vapor pressure of water at this temperature is 17 torr.
You have a solution made by dissolving 1.5230g of solid Na2(C2O4) and diluting to a volume of 250.00mL: How many moles of sodium ions are contained in this solution
Explain what is the average power energy per unit time in units of Watts associated with such a pulse. Define how many 1000.0 nm photons are emitted in such a pulse
A vessel which is 5 m^3 is filled with propylene. The pressure inside the vessel is 470 psi, and the temperature of the vessel is 25 C. A) How many kg of propylene are in the vessel?
A 2.650 mol quantity of NOCL was primarily placed in a 1.450 L reaction chamber at 400 C. After equilibrium was established, it was found that 27.10 percent had disassociated.
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