del 2: Structures and abbreviations of the 20 standard amino acids in form, Hydrophobic amino acids COO witterionic classified according to their side chain (R group) chemistry H-C-CH₂ NH; Alanine (Ala, A) COO H-C-CH₂-CH ΝΗ; CH3 CH₂ Leucine (Leu, L) COO™ H-C-CH₂- ΝΗ; H Tryptophan (Trp, W) Polar amino acids COO™ H-C-CH₂-OH NH; Serine (Ser, S) COO™ H-C-CH₂-C-NH₂ ΝΗ; Asparagine (Asn, N) COO™ cholenie H-C-CH₂-SH NH; 10 od ng Cysteine (Cys, C) NH Aspartate (Asp, D) COO™ H-C Charged amino acids COO™ H-C-CH₂-C-0- NH; CH₂ Valine (Val. V) COO H-C NH; CH₂ CH Isoleucine (Ile. I) CH₂ -CH-CH₂-CH₂ COO H-C-CH₂ COO NH COO™ CH3 H-C -CH-OH H₂N-CH₂ Proline (Pro, P) NH Threonine (Thr, T) CH₂ H-C-CH₂-CH₂-C-NH₂ COO Glutamine (Gln, Q) COO H-C-H NH Glycine (Gly, G) NH Glutamate (Glu, E) COO™ NH₂ H-C-CH, CH, CH,NH-CNH, ΝΗ; COO™ H-C-CH₂- NH Phenylalanine (Phe, F) H-C-CH₂-CH₂-C-0- COO™ H-C-CH₂-CH₂-5-CH₂ NH; Methionine (Met. M) COO™ H-C-CH₂- NH Tyrosine (Tyr, Y) COO H-C-CH₂- NH H Histidine (His, H) OH COO™ HC—CH, CH, CH,—CH, NH NH Lysine (Lys, K) Arginine (Arg, R) [From Essential Biochemistry 3/e; Pratt, C.W. and Cornely, K.; Copyright © (2013) by John Wiley & Sons, Inc. Reprinted with permission of John Wiley & Sons, Inc.] Critical Thinking Questions: laban 5. Look at the structure of alanine at the top of Model 2. Identify the amino group and the carboxyl group in alanine. Ensure that all team members agree. CA46A

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Questions 15 through 20 pertain to the following medication formula: Here is the formula a pain and inflammation reducing ointment. Methyl salicylate (sp gr = 1.167) 60 mL Lidocaine 4% (w/w) Tween:Span mix (1:4 mix) Polypeg Base 10 g QS to 0.5 kg You receive an order to make 3 solid ounces of this product. Answer the following questions pertaining to producing 3 solid ounces of the product. 15. Volume of methyl salicylate, in milliliters. 16. Weight of lidocaine in grams. 17. Weight of Tween in milligrams. 18. Weight of Span, in milligrams. 19. Weight of Polypeg base, in grams. 20. What is the final concentration of methyl salicylate, as a percent concentration (w/w)?

The mystery fuel speedster! (Homework ) For fun, you build an explosive car with your little brother by attaching wheels to an empty windshield washer container. To advance it, you add 1.20 ml (  = 0.7915 g/ml) of a liquid but volatile fuel into the container. You close the cap and shake to evaporate the liquid. Finally, you place the car on its wheels, remove the cap and insert a burning wooden rod into the container. A flame suddenly comes out of the car, which is propelled with good speed in front of your little brother surprised, but all upset by the maneuver.   The volatile fuel is composed of 37.5% carbon, 12.6% hydrogen and 49.9% oxygen. Its molar mass is approximately 32.0 g/mol.   During the reaction, the fuel (gaseous) burns in the presence of gaseous oxygen, and the products of the reaction are carbon dioxide and water, gaseous too. The volume of the windshield washer container used is 4.00 litres. Useful Info: There is 21.0% gaseous oxygen in the air and initial conditions…

8 = filled CHM-202 Lab 1 Solids and Solutions Rev 1 G6-2022 Results: 1. Models of Crystalline Unit Cells Atomic Radius (radius of styrofoam ball) Volume of one atom (one ball, 4/3r¹) Measured unit cell length (1) [1.3] No. Atoms per cell [1.3] Ratio of 1/r [1.3] Geometric unit cell length (1) [1.5a] Volume of atoms in cell [1.5c] Total 3 Volume of Unit Cell [1.5c] Percent vol filled [1.5d] Percent free space. [1.5d] I atom Simple Cubic SC 6.15mm 118 6.9 172 Raw Data (Temperature vs. Time) Trial Time CHM-202 Lab 2 Freering Point Depression Rev2 06-2022 232.6 Temp Time d= 6.9 r = 3.24 Sum v=172²³² Body Centered Cubic BCC 8 lan a atom 2.3 7.96 344 531.45 B. Cyclohexane Solutions (Trial 4 if needed) Temp Time (include units!) (include units!) Face Centered Cubic FCC (CCP) 10.8cm 4 atom 7/12 3.13 Temp 5.26 688 1259-73 Time the pieces are not Temp

i need help calculating slope and inverse slope pleas