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How can molecular dynamics simulations be used to predict the folding pathway and stability of a specific protein?

asked Feb 5 in Computational Chemistry by ErikGendron8 (1.4k points)

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Given the electrochemical reaction Zn(s) + Cu2+(aq) → Zn2+(aq) + Cu(s), calculate the standard cell potential at 25°C if the standard reduction potentials are E°(Cu2+/Cu) = 0.34 V and E°(Zn2+/Zn) = -0.76 V.

asked Feb 4 in ElectroChemistry by HIELucille73 (2.1k points)

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How can medicinal chemists develop new treatments for skin diseases that are both effective and safe for long-term use?

asked Feb 5 in Medicinal Chemistry by AnjaAbt20068 (2.0k points)

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How can chemistry students with limited access to extracurricular activities still gain practical experience and develop their skills outside of classroom instruction?

asked Feb 5 in Chemical education by Phillipp57B1 (2.3k points)

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Determine the standard enthalpy of formation of nitrogen dioxide (NO2) given that the balanced equation for the combustion of one mole of NO2 is:4NO2(g) + 6H2O(l) → 4HNO3(aq) + 2NO(g)The standard enthalpies of formation for HNO3(l), H2O(l), and NO(g) are -174.1 kJ/mol, -285.8 kJ/mol, and 90.4 kJ/mol, respectively.

asked Feb 4 in Chemical thermodynamics by FinleyConsta (2.4k points)

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How can molecular docking studies help in predicting the potential binding interactions between a drug candidate and a specific protein target, and how can this information be used in the drug discovery process?

asked Feb 5 in Computational Chemistry by DominickArel (1.2k points)

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How can computational methods be used to predict the properties of metal-organic frameworks, and what are the most promising applications of these materials in the field of catalysis?

asked Feb 5 in Computational Chemistry by Delmar318426 (1.8k points)

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How can chemistry teachers provide better support and accommodations for students with learning disabilities to promote their success and engagement in the subject?

asked Feb 5 in Chemical education by CesarForlong (1.7k points)

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How can students effectively learn and understand concepts of chemistry that require the use of laboratory equipment and facilities when they have limited access to them?

asked Feb 5 in Chemical education by AlfonzoGoldi (2.0k points)

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How can electrokinetic remediation technology be utilized to clean up heavy metal contaminants from contaminated soil?

asked Feb 5 in Environmental Chemistry by RandellBeggs (2.0k points)

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How can limited access to laboratory equipment and facilities affect the quality of scientific research and education in the field of chemistry?

asked Feb 5 in Chemical education by Indira29O642 (1.7k points)

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How can environmental chemistry principles be incorporated into the curriculum of high school chemistry courses effectively, to ensure students have a better understanding of the impact of chemicals and pollutants on the environment and human health?

asked Feb 5 in Chemical education by MeganAndrzej (2.0k points)

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How can practical applications of chemistry be incorporated into the curriculum to improve the understanding and relevance of the subject for students?

asked Feb 5 in Chemical education by RosemarieKin (1.8k points)

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Here is a problem related to BET theory of multilayer adsorption for a chemistry student to solve:How many layers of nitrogen molecules can be adsorbed on the surface of a given amount of activated carbon if the monolayer coverage is 100 m²/g and the specific surface area of activated carbon is 1500 m²/g according to the BET theory?

asked Feb 4 in Surface Chemistry by KarmaJ651641 (1.9k points)

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How can computational chemistry tools be used to identify novel inhibitors for specific protein-protein interactions involved in a certain disease pathway? Specifically, using molecular docking studies, can the interactions between the two proteins be analyzed and potential small molecule inhibitors be identified and characterized for their efficacy and specificity?

asked Feb 5 in Computational Chemistry by KreogMoore5 (6.4k points)

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How can computational chemistry be used to study protein-protein interactions and lead to the discovery of potential inhibitors for disease-related interactions? Specifically, can molecular docking studies be used to predict the binding affinity and selectivity of a small molecule inhibitor to a protein-protein interface involved in a particular disease pathway?

asked Feb 5 in Computational Chemistry by EttaKee54894 (2.1k points)

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How can small molecule inhibitors be designed and synthesized to selectively target autoimmune disease-causing immune cells while sparing healthy cells in the body?

asked Feb 5 in Medicinal Chemistry by AudraNowlin6 (2.2k points)

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How can nanoparticles be used in the remediation of soil contaminated with heavy metals and organic pollutants, and what are the potential risks associated with their use?

asked Feb 5 in Environmental Chemistry by August936905 (1.5k points)

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How can computational chemistry be used for molecular docking studies to identify potential drug candidates that bind to a target receptor with high affinity and specificity?

asked Feb 5 in Computational Chemistry by MaddisonMont (1.9k points)

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Determine the bond energy required to break all the bonds in a molecule of methane (CH4) and calculate the total energy required to break all the bonds in 4.0 moles of methane. (Assume the bond energy values are: C-H bond energy = 413 kJ/mol and C-C bond energy = 347 kJ/mol)

asked Feb 4 in Chemical reactions by LeannaDoming (1.7k points)

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