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How can the boiling point of a substance be predicted based on its type and strength of intermolecular forces? Provide a specific example of two different substances and explain their difference in boiling points based on their intermolecular forces.

asked Feb 6 in Chemical bonding by WallaceMaria (2.4k points)

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How can the design and synthesis of small molecule inhibitors be optimized for the treatment of autoimmune diseases, particularly those targeting specific immune cell pathways and receptors?

asked Feb 6 in Medicinal Chemistry by OliverOtis4 (2.3k points)

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How can the chemical properties of natural compounds found in plants be utilized to develop new treatments for skin diseases like psoriasis and eczema?

asked Feb 6 in Medicinal Chemistry by LeifLeverett (2.3k points)

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How can the bandgap of a semiconductor be calculated and manipulated for optimal performance in electronic devices?

asked Feb 6 in Materials Chemistry by CarrieMadiso (1.8k points)

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How can the conductivity of polymer electrolytes be enhanced to improve the performance and efficiency of batteries?

asked Feb 6 in Polymer Chemistry by GreggTimperl (2.4k points)

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How can technology be integrated effectively into chemistry education to enhance student understanding and engagement, despite the challenges and barriers that educators face in implementing it?

asked Feb 6 in Chemical education by LamontMccror (1.9k points)

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How can the critical temperature of a superconducting material be enhanced through the manipulation of its crystal structure and chemistry?

asked Feb 6 in Materials Chemistry by AlanCoover5 (1.5k points)

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How can density functional theory calculations be used to predict the rate-determining step of a catalytic reaction in order to design more efficient and selective catalysts?

asked Feb 6 in Computational Chemistry by AntonioDaven (1.7k points)

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How can the design and synthesis of small molecules be optimized for the development of new treatments for inflammatory diseases, specifically targeting the inhibition of cytokine production in the immune system?

asked Feb 6 in Medicinal Chemistry by BrodieUus47 (1.7k points)

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How can modifications to an existing molecule increase its efficacy and reduce its toxicity in the development of new treatments for autoimmune diseases?

asked Feb 6 in Medicinal Chemistry by JanF74978399 (1.6k points)

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How can the addition of nanoparticles enhance the mechanical properties of polymer nanocomposites and what role does the size, shape, and concentration of nanoparticles play in this improvement?

asked Feb 6 in Polymer Chemistry by LawrenceMcGr (1.8k points)

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How can the BET theory of multilayer adsorption be applied to determine the specific surface area of a porous material? Provide an example of a real-world application where this theory has been used to measure the surface area of a catalyst material used in a catalytic converter.

asked Feb 6 in Surface Chemistry by Alexis87J090 (1.6k points)

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How can the ability of a material to emit light after being excited by UV radiation be enhanced through the manipulation of its molecular structure?

asked Feb 6 in PhotoChemistry by FelixTolmer3 (1.9k points)

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How can the compatibility between two different types of polymer blends be improved in order to enhance their mechanical properties and increase the efficiency of the blending process?

asked Feb 6 in Polymer Chemistry by BuckY7205505 (1.7k points)

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How can the compatibility between two different polymers in a blend be improved?

asked Feb 6 in Polymer Chemistry by KeriLundberg (2.0k points)

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How can technology be effectively integrated into the teaching of practical chemistry experiments, and what are the benefits and drawbacks of doing so?

asked Feb 6 in Chemical education by AgnesKkk964 (1.9k points)

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How can the conductivity of a polymer-based electronic material be increased without sacrificing its mechanical properties?

asked Feb 6 in Polymer Chemistry by DeenaTrundle (2.2k points)

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How can technology be effectively integrated into teaching chemistry concepts, such as chemical reactions and bonding, to improve student comprehension and engagement?

asked Feb 6 in Chemical education by WilheminaBel (2.0k points)

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How can the conductivity of a polymer-based electronic material be increased without compromising its mechanical properties?

asked Feb 6 in Polymer Chemistry by DXGMilagros4 (1.9k points)

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How can technology be effectively integrated into the teaching of complex chemical concepts, such as organic chemistry reactions and mechanisms, to maximize students' understanding and engagement?

asked Feb 6 in Chemical education by GavinMott60 (1.8k points)

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