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What is the magnitude of the energy of a bond formed between a potassium (K+) cation and an iodide (I -) anion? The ionic radii of (K+) and ( I -), are 152 pm and 206 pm, respectively. Assume the born exponent n is 10. answer in joules.
What annual production of glutamic acid can be achieved in a batch fermentation plant that has four 10,000 liter reactors? The reactors have jackets that can be used for steam heating or water cooling, but no internal coils.
what was the mass of the ore sample? Which of the four transition metal ions in this titration has the highest oxidation state?
Use the van der Waals, the Soave-Redlich-Kwong, and the Peng-Robinson equations to determine the molar volumes of the saturated phases of ethylene at 260 K (the saturation pressure is 30.35 bar). Compare with the tabulated values,VL = 0.0713 l/m..
Referring to Example 8.2.3, compute and plot the dimensionless exit concentration from the Berty reactor as a function of time for decreasing internal recycle ratio to the limit of PFR behavior.
The additional investment required is $1,250,000, and the additional operating costs are negligible. Is the modification worth making?
What is the resulting percent kill? The absorption (extinction) coefficient ("a") has been measured as 0.05 cm-1.
All other conditions are the same as those specified in Example 5 of this chapter, except that Bi is not given. 8. Present a detailed derivation of Eq. (481 in this chapter, using, as a starting point, any of the other equations that are given.
For parts c and d, compare with the saturated molar volumes reported in the NIST Web Book.
If the gases enter the reactor at 348.15 K (75"C), if conversion is 80%, if no side reactions occur, and if the reactor operates adiabatically, what is the temperature of the gases leaving the reactor? Assume ideal gases.
For a given substance, strong intermolecular forces between molecules of the substance can cause peak broadening of some of the absorptions in the infrared spectrum of the substance
Calculate the resistance of the armature circuit and the field circuit.
When burnt , the flue gas issuing out of the furnace at 545 oc analyses on dry basis as CO2 =14.5 % , O2 = 4.7%, N2 = 80.8 % , Other relevant data are- Gross C.V. of coal =28000 kj /kg , ambient temperature = 15oc
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