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know. Past experience also affects your confidence (positive or negative) on different test types. Personally, I like questions that have one answer. Period. Too many choices make me less, rather than more, comfortable. I had an environmental science professor in college that wrote multiple-choice questions with the answers: (a) never true, (b) moderately true, (c) true, (d) often false, and (e) always false. Picking the right answer was excruciating and confused me so much I didn t feel fairly tested on my true knowledge level. However, some people are great at eliminating red herrings offered in multiple-choice questions and sail through without breaking a sweat. Here is how they do it. Multiple-choice questions have three parts:

8 C Using Dalton s law (PTotal = PA + PB + ), the partial pressure may be found by: 756 mm Hg 41 mm Hg = 715 mm Hg 9 A The answer may be found using the combined gas law Removing the constant pressure leaves Charles s law: V1/T1 = V2/T2 This is rearranged to: T2 = V2T1/V1 = (2000 L 400 K)/ (800 L) = 1000 K (= 727 C) The other answers result from common errors in this problem 10 A The average kinetic energy of the molecules depends on the temperature The correct answer involves a temperature difference (333 K 303 K) Do not forget that ALL gas law calculations require Kelvin temperatures 11 A You can begin by removing the volume (constant) from the combined gas law to produce Gay-Lussac s law = P1/T1 = P2/T2.

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By configuring the 80/20 failover approach, you use two DHCP servers to make a disproportionate amount of IP addresses available to clients for leasing. Here, you have a primary DHCP server that is configured with 80 percent of the available IP addresses and a backup DHCP server that is configured with 20 percent of the available IP addresses. This situation is ideal when the DHCP servers are separated from each other, such as when the primary DHCP server is on the primary subnet and the backup DHCP server is on a smaller remote subnet. To see how this would be implemented, consider the following example. The organization has two DHCP servers, as follows:

This equation may be rearranged to: P2 = P1T2/T1 = (0300 atm 290 K)/(300 K) = 0290 atm The moles are not important since they do not change Some of the other answers result from common errors 12 B The molar mass may be obtained by dividing the grams by the number of moles (calculated from the ideal gas equation) Do not forget to convert the temperature to kelvin 13 C Choice I requires an increase in volume Choice II requires an increase in temperature Choice III requires a change in the composition of the gas 14 B Lighter gases effuse faster The only gas among the choices that is lighter than methane is helium To calculate the molar mass, you would begin with the molar mass of methane and divide by the rate difference squared: M A = M B ( 1 2 )2 15.

D A steel tank will have a constant volume, and the problem states that the temperature is constant Adding gas to the tank will increase the number of moles (molecules) of the gas and the pressure (forcing the molecules closer together) A constant temperature means there will be a constant average speed 16 B The pressure is calculated using the ideal gas equation A common mistake is forgetting that 5 mol of gas are produced for every 2 mol of solid reactant The ideal gas equation is rearranged to P = nRT/V = (5 2)(02 mol) 1 1 (0082 L atm mol K ) (300 K)/(2 L) = 6 atm 17 E The lighter the gas, the faster it effuses (escapes) Equal moles of gases in the same container would give equal initial partial pressures.

Project splits the window into two panes. In the upper pane is the Gantt Chart view, and below it is the Task Form.

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