Problem 1: para-Nitroaniline is an order of magnitude less basic than meta-nitroaniline. Explain the observed difference...
please solve the following chemistry problem. Thank you . (6 points) Account for the fact that p-nitroaniline (pKa 1.0) is less basic than m-nitroanil 30. Draw resonance structures to support your argument. (The pKa va ine (pKa 2.5) by a factor of lues refer to the corresponding ammonium ions.) (6 points) Account for the fact that p-nitroaniline (pKa 1.0) is less basic than m-nitroanil 30. Draw resonance structures to support your argument. (The pKa va ine (pKa 2.5) by a...
2. D type and strength of each substituents as activating(A) or outcome as ortho-para (O/P) or meta(M) directors. (6 pts) you expect an electrophile to be attached to the ring You must identify the deactivating(D) and also the expected regiochemical 3. Use aromatic, non aromatic or antiaromatic concepts to explain the reactions or molecules shown (6 pts) Provide a curved arrow mechanism to show the formation of a aromatic carbocation intermediate Show the final product H-I The pK,values for the...
4. Explain why aliphatic amines are much less stable than those that have at least one aromatic group attached to the carbon-nitrogen double bond. 5. Write the structure(s) of the products you would expect to get if you react N- cinnamaldehyde-m-nitroaniline with catalytic hydrogenation (that means adding H2 and Pt or Pd).
Reaction 1: Nitration HNO3 NO2 H2SO4, H20 NO2 toluene NO2 ortho meta para Procedure for Reaction 1: 1) To a stirred solution of 3 mL (44.7 mmoles) 67 % HNO3 in 3.75 mL of water, H2SO4 (9 mL) was slowly added at 10-15 °C. 2) This nitrating solution was added dropwise with vigorous stirring to 4 mL (37.5 mmoles) of toluene while cooling in ice-water in order to maintain the reaction temperature between 15 and 25 °C. 3) Stirring was...
explain whether you would expect the POTENTIAL temperature to be greater than or less than their respective IN SITU temperatures for a) air in altitude of 5km b) seawater at a depth of 5km 3) Explain whether you would expect the potential temperature to be greater than or less than their respective in situ temperatures for: A) air at an altitude of 5 km B) seawater at a depth of 5 km
Explain this resonance and basicity problem? Why does the Guanidine top nitrogen have a negative dipole? Doesn't the resonance hybrid cause the bond to be less than 1 full bond so it causes it to be a positive dipole? Also doesn't the resonance in guanidine cause it to be a weaker base than ammonia? 17. (5) Let's decide which is the stronger base ammonia or guanidine. Circle one answer each in H2N parts (a) (c) below. Guanidine (a) What is...
Can you please explain the details of how it’s solved and show the steps clearly? Also please circle the answer for all of these questions. Any help would be greatly appreciated! Thank you so much! 4. (25 points) Short answer questions on acidity and basicity. (4 points) Indicate whether the following salts act like acidic salts (AS), neutral salts (NS) or basic salts (BS) in pure water at 298 K a. MnSO4 RbNO NaHCO3 NH OOCCH iv. (8 points) For...
Can someone help explain what magnitude is and how to work out the problem and get the correct answer? Sample Problem 1.01 Estimating order of magnitude, ball of string The world's largest ball of string is about 2 m in radius. Toball's builder most unhappy. Instead, because we want only the nearest order of magnitude, what is the total length L the nearest order of magnit ude, we can estimate any quanti of the string in the ball? ties required...
1) Brief answers a) Explain why FeS is much less solute in water than Fe(OH)2 and Fe(OH)2 is much more soluble than Fe(OH)3 b)will Cr3+react more strongly with Cl-or PR3. Why? 2) Brief answers a) Would you expect lead (Pb2+ soft to be found oxide in nature? b) Explain the following observation interns pf the HSAB theory: OH- + CH3HgS --> CH3HgOH +S2- Equilibrium displaced to the left.
i need help with this HNMR practice problem. i obtained an IHD of 6 but im unsure what this means as well. 2964 1729 43 2 68 O 6E 7 113 52 37 42 4 2. DU (IHD): Show calculation(2 pts) Comments on IHD (1pt) 3. Report IR analysis here. Tabulate (5 pts) Region Functional group Base Value Absorption, cm-1 (Exact number read from IR Give as a range. Read from correlation chart ectra 4000-3000 cm 3000-2500 2500-1700 cm 1700-1500...