Problem 4 Why is the heat capacity at constant pressure of a substance normally greater than its heat capacity at constant volume? Problem 5 Estimate the standard enthalpy of formation of cyclohexane, C6H12(1), at 400 K from the data in the Table below and from heat capacity data given in the Resource section. Assume that the heat capacities are independent of temperature. (see Example 2C.2 on page 56!) Table 2C.6* Standard enthalpies of formation of organic compounds at 298 K, AH/(kJ mol-1) CH₁(g) AH*/(kJ mol-¹) -74.81 +49.0 C6H6(1) C6H12(1) -156 CH₂OH(1) -238.66 CH,CH₂OH(1) -277.69 Ac Go

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} Problem #1: Batch Fermentation Assuming the batch fermentation is conducted under the following conditions: Mm maximum specific growth rate = 1.0/hr KM Monod constant = 20 g/l Yx/s = yield coefficient for cell mass/substrate consumed = 0.4 g/g initial cell mass concentrate = 0.1 g/l Xo So initial substrate concentration = 20 g/l Yxo yield coefficient for cell mass/mass oxygen consumed = 1.0 g/g Po initial product concentration = 0 g/g BYP/x-yield coefficient for product/cell mass, (for product is growth associated) = 0.2 g/g/hr www. - wwwww = www. Ttotal total hours for the fermentation cycle = 20 hr. wwww Plot the fermentation history curves (i.e. X, S, P and Oxygen Uptake Rate (OUR), v.S. time)

Please show work/answer for 1 (a-c)

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HW 8 - Spring21 - SMITH > Activities and Due Dates > HW8 Assignment Score: Lx Give Up? 63.4% O Resources Feedback question 27 of 34 <. Write the systematic (IUPAC) names for the amines. The names should have the format alkanamine. H,C-CH-N-CH-CH, H. systematic (IUPAC) name: N-methylethanamine Incorrect NH-CH, H,C-CH-CH, tabout us care

Dropdown Choices 1. a) 20  b)10  c)30 2. a) 10  b) 5   c) 20  d) 2

Please show all work/answers for the question

SHOW COMPLETE SOLUTION AND EXPLAIN.

29 (RBE) value of 20 for the a radiation, calculate the equivalent dose In miner in that year Problem 7: A patient with with uveal melanoma is treated at a cyclotron facility with energetic protons directed at a tumor in their eye, with a dose of 1.0 Gy administered over five sessions, What is the equivalent dose in Sv to the tumor? A 6 Type of Radiation O Sv X-rays 7-rays / rays > 32 kev rays <32 ke V Neutrons, thermal to slow (< 20 keV) Neutrons, fast (1 – 10 MeV) Protons (1 - 10 MeV) a-rays from radioactive decay to the lungs of the 17 10 (body), 32 (eyes) 10 (body), 32 (cycs) 20