When evaluating the quality and rigor of qualitative research, the reader determines if the researchers have provided enough rich data to make the findings believable.  This is called:

According to John Lee’s Styles of Love, __________ is a type of love that is defined by friendship, mutual trust, and respect. 

Which of these research questions should be answered using a quantitative methodology?

Ammonia gas (a valuable chemical reactant) can be formed by the reaction of nitrogen with hydrogen according to the equation: N2(g) + 3H2(g) → 2NH3(g) In a particular reaction, [nitrV] L of nitrogen gas (measured at a pressure of [nitrP] Pa and a temperature of [nitrT] °C) mixes with [hydrV] L of hydrogen (measured at a pressure of [hydrP] Pa and a temperature of [hydrT] °C). The reaction produces [ammV] L of ammonia gas at STP. What is the percent yield of the reaction? Enter your answer to one decimal place and without units.

Select True or False. The probability of A is 1/3; the probability of B is 1/10.  If A and B are independent, they must also be mutually exclusive.  

How much work (in J) is required to expand the volume of a pump from 0.0 L to [b] L against an external pressure of [c] atm?  Enter your numerical answer to two decimal places and without units. Do not use scientific notation.

According to lecture, __________ involves sacrificing all your needs (especially legitimate needs), to meet the needs of your partner (legitimate and illegitimate needs). 

If [o] g of O2 is required to inflate a balloon to a certain size at [t]°C, what mass (in g) of O2 is required to inflate it to the same size (and pressure) at [k]°C? Enter a number to 1 decimal place and without units.

A [x] mL sample of nitrogen gas was collected over water at 23.7°C and a barometric pressure of 706 mmHg. What mass of nitrogen, in grams, was collected? [The vapor pressure of water at 23.7°C is 22 mmHg.]  Enter a number, without units, to 4 decimal places.

A [v] L container holds [gne] g of Ne and an unknown amount of Ar at [t]°C and a total pressure of [p] mmHg. Calculate the number of moles of Ar present. Enter a number to 4 decimal places and without units.