Problem 3: Identify each of the following solvents as polar protic or polar aprotic. poiar Polar...
Classify the following solvents as either protic or aprotic solvents.
18 Classify the following solvents as either protic or aprotic solvents. Note: If one or more solvents are incorrectly placed, a single red X will appear on the top left. Protic Aprotic DMF DMso acetonitrile acetone H20 cH3CH20H CH3OH acetic acid
7&8 please 7. True or False: Iodide is the best nucleophile in polar protic and polar aprotic solvents. 8. Select the alkyl halide that would be expected to undergo the fastest E2 reaction. or yor yor
Identify the characteristics of polar protocols solvents and polar parotid solvents, and complete each sentence below. Select ALL options that correctly complete each sentence. Polar protic solvents Choose one or more: A. do not dissolve ionic compounds well. B. have a large dipole moment. C. have at least one H bonded to an N, O, or F D. can be hydrogen-bond acceptors. E. have an easily accessible 8+ charge. Part 2 (1 point) Polar aprotic solvents Choose one or more:...
ut ass is represented by the following more Problem 2: Identify the following as germinal or vicinal. attaa Problem 3: Identify each of the following solvents as polar protic or polar aprotic. I = 0 D
3. The nucleophilicty of ionic nucleophiles (like SH- or alkoxides) can change dramatically from polar protic solvents to polar aprotic solvents. On the other hand, the nucleophilicty of neutral, molecular nucleophiles (like H2S, or neutral alcohols ROH) remains relatively constant in both types of solvent. Explain these differences using examples of both types of nucleophiles interacting with common protic and aprotic solvents.
3. The nucleophilicty of ionic nucleophiles (like SH- or alkoxides) can change dramatically from polar protic solvents to polar aprotic solvents. On the other hand, the nucleophilicty of neutral, molecular nucleophiles (like H2S, or neutral alcohols ROH) remains relatively constant in both types of solvent. Explain these differences using examples of both types of nucleophiles interacting with common protic and aprotic solvents.
Classify the following five solvents in each appropriate category. The dielectric constant (€) is provided for each solvent. 1. Ethanol (E=25) is a: O O polar solvent non-polar solvent protic solvent aprotic solvent O O donor solvent non-donor solvent 2. Dimethylformamide (E=37) is a: O O polar solvent non-polar solvent O O protic solvent aprotic solvent O O donor solvent non-donor solvent 3. Hexane (e=1.9) is a: O O polar solvent non-polar solvent O O protic solvent aprotic solvent O...
I think the Nucleophilicity of the leaving material on polar protic solvents that It is the opposite with the basicity (because nucleophilicity increase down a column) Is it true that Basicity opposites the nucleophility in polar protic solvents? I think that when comparing the nucleophilicity of CH3COO- CH3CH2O- The CH3CH2O- is bulky compared to CH3COO- so I think the CH3CH2O- would be less nucleophilic but the answer says the CH3COO- is less nucleophilic because it is less basic. I wonder...
just circle the answer Why do you think polar aprotic solvents increase the rate of an SN2 reaction? a) Polar solvents dissolve the substrates most effectively, speeding up the reaction b) Aprotic solvents better solvate the leaving group and therefore accelerate the reaction c) Aprotic solvents solvate the nucleophile less, 'naked' nucleophiles are more reactive d) Aprotic solvents raise the enegy of the reagents and therefore accelerate the reaction