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How can computational studies help in predicting and designing the self-assembly of supramolecular structures?

asked 1 day ago in Computational Chemistry by TheScientist (32.6k points)

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Design a treatment system for the removal of heavy metals from industrial wastewater using an ion exchange process for a chemical manufacturing plant operating in the city with strict regulations regarding the disposal of wastewater.

asked 2 days ago in Chemical engineering by ShennaNolan4 (420 points)

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How can computational studies be used to predict the effects of mutations in active site residues on enzyme catalysis?

asked 1 day ago in Computational Chemistry by TheScientist (32.6k points)

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Here's a precise problem for the student to solve:How does the coordination chemistry of metalloenzymes and metalloproteins affect their catalytic activity and specificity?

asked 1 day ago in Coordination Chemistry by Quinn5964724 (410 points)

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Given the balanced chemical equation: C6H12O6 + 6O2 -> 6CO2 + 6H2O The enthalpy of formation of glucose is -1273 kJ/mol and the enthalpy of formation of water is -286 kJ/mol. Calculate the enthalpy change of the oxidation of glucose in kJ/mol.

asked 1 day ago in ThermoChemistry by KianUlt79673 (330 points)

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Determine the enthalpy of adsorption for the reaction of hydrogen gas adsorbing onto a platinum surface, given that 2.00 g of hydrogen gas is adsorbed onto a 1.00 g platinum surface at 25°C and the pressure is 1 bar. The volume of the system is 1.00 L and the initial temperature of the platinum surface is also 25°C. Assume that the surface is in thermal equilibrium with the surroundings and that the gas behaves ideally.

asked 1 day ago in ThermoChemistry by TeresitaJack (450 points)

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Given a half-reaction Cu2+(aq) + 2e- --> Cu(s) with an electrode potential of +0.34V and a half-reaction Fe3+(aq) + e- --> Fe2+(aq) with an electrode potential of +0.77V, what is the cell potential for the electrochemical reaction when Cu2+(aq) and Fe3+(aq) ions react to form Cu(s) and Fe2+(aq) ions?

asked 1 day ago in ElectroChemistry by DessieWisnie (430 points)

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Determine the enthalpy change of precipitation for the reaction between 50ml of 0.1M sodium sulfate and 50ml of 0.1M barium nitrate, given that the final temperature is 25°C and the initial temperature was 30°C. The specific heat capacity of the solution is 4.18 J/g °C and the density is 1 g/mL. (Assume the reaction goes to completion and all volumes are additive.)

asked 1 day ago in ThermoChemistry by MerleSundber (430 points)

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How can computational methods be used to design and predict the properties of supramolecular assemblies formed by organic molecules?

asked 1 day ago in Computational Chemistry by TheScientist (32.6k points)

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Determine the standard enthalpy change for the reaction between calcium oxide and hydrochloric acid, given the following information:CaO(s) + 2HCl(aq) → CaCl2(aq) + H2O(l)∆Hf° CaCl2(aq) = -795.7 kJ/mol∆Hf° H2O(l) = -285.8 kJ/mol∆Hc° = -1922.6 kJ/mol

asked 1 day ago in Chemical thermodynamics by ElvisHarford (470 points)

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Design a retrosynthetic pathway to synthesize ibuprofen starting from methylcyclohexane. Show all necessary reagents and the key steps involved in the synthesis.

asked 2 days ago in Organic Chemistry by LouieEmmons4 (470 points)

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How can Dynamic Mechanical Analysis (DMA) be used to determine the glass transition temperature of a polymer? Provide a step-by-step explanation of the DMA technique and its application to polymer characterization.

asked 1 day ago in Polymer Chemistry by TheScientist (32.6k points)

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How can a chemical engineering student design an efficient and cost-effective system for the treatment of industrial wastewater that effectively removes contaminants and meets environmental regulations? Additionally, how can the engineer optimize the design to minimize energy and chemical usage, as well as reduce waste production and disposal costs?

asked 1 day ago in Chemical engineering by Jackie90X811 (330 points)

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How can chemistry students effectively learn and understand chemical concepts when there are limited opportunities for hands-on experimentation due to factors such as cost, safety concerns, and accessibility?

asked 1 day ago in Chemical education by HenriettaDul (550 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 1 day ago in Computational Chemistry by TheScientist (32.6k points)

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Here is a precise question for the student to solve:A student performed an electroplating experiment of copper metal onto an electrode by passing a constant current of 1.5 A through a solution of copper(II) sulfate for 50 minutes. If the mass of the copper metal obtained was 1.23 grams, calculate the Faraday constant using the following formula: Faraday constant = (mass of substance plated x molar mass of substance) / (current x time)

asked 1 day ago in ElectroChemistry by LourdesZimpe (490 points)

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How can molecular docking studies be used to design more effective and specific drugs?

asked 1 day ago in Computational Chemistry by TheScientist (32.6k points)

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How can molecular docking studies be used to design a more effective drug for a specific target protein?

asked 1 day ago in Computational Chemistry by TheScientist (32.6k points)

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1 answer 37 views

How can chemistry educators increase students' exposure to chemistry in everyday life to improve their understanding and appreciation of the subject?

asked 1 day ago in Chemical education by IAEAndre2344 (350 points)

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1 answer 3 views

How can molecular docking studies aid in developing new drugs to target COVID-19 protease enzyme?

asked 1 day ago in Computational Chemistry by TheScientist (32.6k points)

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