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When considering the Ideal Gas equation of state, the molecules in the gas are assumed to have no interaction with each other at all. In real gases, however, attractive intermolecular forces exist between the molecules in the gas. The effect of these attractive intermolecular forces in a real gas is to:
A. Decrease the Temperature of the gas relative to that of an Ideal Gas
B. Sometimes increase and sometimes decrease the pressure of the gas relative to an Ideal Gas
C. Increase the Volume of the gas relative to that of an Ideal Gas
D. Decrease the pressure in the gas relative to that of an Ideal Gas
E. Decrease the size of the molecules in the gas
calculate how many protons are required to pass through the xeno-FoF1-ATP synthase complex to synthesize one ATP
Considering given equation as P4(s) + 5 O2(g) P4O10(s) where ΔH = -3013 kJ/mol you just need to compute the heat evolved when 436 grams of white Phosphorous (P4)burns in air according to the given equation as above.
Determine the free energy change associated with the above reaction (you might find it easier to first consider the movement of the two components of the system separately)
What are bonding theories? Why are they important? What may they be used for. HI has a force contents of 314 Nm^-1 and a bond length of 160.92 pm.
For the first order decomposition of acetone at 650 K, the concentration of acetone was 0.350 M after 25.0 min and 0.170 M after 40.0 min.
what would be the proper sequence for the following compounds to be listed from highest melting point to least?
State three acids, bases, and salts used in therapeutic processes. Describe how one of each is used in therapeutic processes.
what is the quantity in grams of formic acid and sodium formate necessary to make 500 mL of a buffer that has a formic acid concentration of .75 M and a sodium formate concentration of .75 M?
An enzyme-catalyzed reaction produces a product that has a maximum absorbance at 412 nm. The extinction coefficient is 4000 M^-1 cm^-1. A 10-to-1 dilution of the enzyme is made and 20 microliter of the dilution are put into a cuvette with 80 micro..
You believe you have cracked a secret code that uses elemental symbols to spell words. The code uses numbers to designate the elemental symbols.
A current of 11.3 A is applied to 1.25L of a solution of .552M HBr converting some of the H+ to H2(g).
What is the theoretical yield for this reaction under the given conditions? What is the percent yield for this reaction under the given conditions?
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