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Non-Traditional Students At Public Regional Universities: A Case Study, Lizabeth Zack
Non-Traditional Students At Public Regional Universities: A Case Study, Lizabeth Zack
Teacher-Scholar: The Journal of the State Comprehensive University
This paper investigates the topic of non-traditional students enrolled at four-year public regional universities and addresses questions about who they are, what makes them non-traditional and how they experience college life. The analysis is based on survey data collected from 187 undergraduates at one regional public college in the southeastern United States. The study found a higher portion of non-traditional students than expected and that the non-traditional students tended to break down into two types, a younger worker-student and an older adult student, rather than conforming to a single profile. While the findings highlight other similarities with the broader population …
Is A Country’S Aggregate Income Related To Its Level Of Happiness?, Alexis Crispin, Sam Schreyer
Is A Country’S Aggregate Income Related To Its Level Of Happiness?, Alexis Crispin, Sam Schreyer
SACAD: John Heinrichs Scholarly and Creative Activity Days
The Easterlin paradox suggests that a greater level of economic prosperity does not translate into more happiness for a society. We investigate this paradox using a methodology new to this literature called quantile regression (QR) analysis. We find evidence that aggregate income is statistically related to a nation’s average level of happiness, but (i) the magnitude of this relationship is relatively modest, and (ii) greater levels of income bring about smaller and smaller increases in a nation’s happiness. These results provide a more nuanced understanding of the empirical support for and against the Easterlin paradox.
Electronic Properties Of A New Photosensitizer-Dye Derived From A Cadmium Selenide Mediated Retinoid/Carotenoid-Based Complexes Of Rhenium (I), Fred M. Schertz Ii, Runfan Yang, Amelia Richter
Electronic Properties Of A New Photosensitizer-Dye Derived From A Cadmium Selenide Mediated Retinoid/Carotenoid-Based Complexes Of Rhenium (I), Fred M. Schertz Ii, Runfan Yang, Amelia Richter
SACAD: John Heinrichs Scholarly and Creative Activity Days
Two new inorganic-based photosensitizer dyes of rhenium(I) attached to retinoid/carotenoid ligands have been synthesized. All ligands were prepared via Knoevenagel condensation reactions of all-trans-retinal (1) and β-apo-8’- carotenal with cyanopyridyl. Electronic UV/Visible absorption spectroscopy shows that these complexes absorb visible light efficiently. Absorption wavelengths are in the 450 nm to 600 nm range. Density Functional Theory (DFT) calculations reveal that the frontier molecular orbitals involved during absorption process occur from the HOMO (highest occupied molecular orbital) to low-energy LUMOs (lowest unoccupied molecular orbital) of the Re metal center. Theoretical treatments also show that these orbitals are located primarily on the …