Find a suitable rate law and determine all relevant rate constants in Arrhenius form (k1=A1e-E1/RT) You have $10,000 available for lab work.

ChE 321 – Design Project 1 Pick A Rate Law, Any Rate Law The Scenario: Professor Z. O. Lite and his fabulously talented group of undergraduate chemical engineers at UND have developed a new catalyst. In preliminary studies it has dramatically increased the rate at which p-xylene is formed from the reaction of toluene and […]

What major IR absorptions are present above 1500 cm-1 for each compound?How would each of the following pairs of compounds differ in their IR spectra?

Homework organic chemistry Infrared Spectroscopy 13.41 Which of the highlighted bonds absorbs at higher ‘,” in an IR spectrum? a. >0 or )—OH orN\ c. a H or a H 13.42 What major IR absorptions are present above 1500 cm-1 for each compound? OH OH Problems 523 13.43 How would each of the following pairs […]

Explain why a carbonyl absorption shifts to lower frequency in an oc,p-unsaturated carbonyl compound—a compound having a carbonyl group bonded directly to a carbon-carbon double bond. For example, the carbonyl absorption occurs at 1720 cm-1 for cyclohexanone, and at 1685 cm-1 for cyclohex-2-enone.

Explain why a carbonyl absorption shifts to lower frequency in an oc,p-unsaturated carbonyl compound—a compound having a carbonyl group bonded directly to a carbon-carbon double bond. For example, the carbonyl absorption occurs at 1720 cm-1 for cyclohexanone, and at 1685 cm-1 for cyclohex-2-enone. cyclohexanone cyclohex-2-enone

What are the substrate and biomass concentrations in your aeration basin?

• You MUST answer questions 1, 2, and 3. • You choose your favorite three of the remaining four questions. 1. (25) Your wastewater treatment plant serves a community of 50,000 people. The average person contributes 300 L/day of wastewater to your plant. The aeration basin at your plant has a volume of 6000 m3. […]

Discuss your proposed project, and provide a brief synopsis of your system’s engineering management considerations and how you might satisfy the project schedule development, tracking, analysis, and critical event identification and tracking content areas of the SEP.

Discuss your proposed project, and provide a brief synopsis of your system’s engineering management considerations and how you might satisfy the project schedule development, tracking, analysis, and critical event identification and tracking content areas of the SEP. Your submission may be subject to change as you develop your SEP, so consider this online discussion as an […]

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