Consider the assumption that the four molecules of interest have approximately the same molar mass and very similar polarizabili
ties such that the magnitude of the dispersion forces should be about the same. this assumption allows us to use the data for pentane to account for the dispersion forces in the other three samples. based on your data and observations, is the assumption valid? why or why not? how has this assumption affected your data evaluation of intermolecular forces in the summary section? discuss polarizability, polarity, and relative imfs as part of your answer
The supposition is substantial on the grounds that, for these whose enthalpies is more prominent than n-pentane, they have a positive ΔH(polar), which implies there are more polar than the n-pentane. for these whose enthalpies is littler than n-pentane, they have a negative ΔH(polar), which implies there are less polar than the n-pentane. This supposition has an impact when I consider the predominant IMFS and different IMFS in the outline segment.
The Gulf Stream is influential on the climate of the Florida peninsula.East winds moving over this warm water move warm air from over the Gulf Stream inland, helping to keep temperatures milder across the state than elsewhere across the Southeastern United States during the winter.
The BOD is an empirical test to determine the molecular oxygen used during a specified incubation period (usually five days), for the biochemical degradation of organic matter (carbonaceous demand) and the oxygen used to oxidise inorganic matter.
