Please answer properly. rcisesA proton transfer reaction can involve a positively charged substance as the source of the proton.a. This is the structure of protonated acetone. Consider all bonds involving hydrogen atoms, and labelthose that is/are polar using the partial charge notation described in chapter 2 (note that a formal chargeon an atom does not necessarily denote the partial charge distribution in a bond). Then, put in the givenbox the label of the hydrogen atom that is most electron-poor.Нонь тH₂HCHH₂H₂Hob. A proton transfer reaction can occur from protonated acetone to water. In the box on the left, circle theatom in water that is most electron-rich. In the box on the right, use curved arrows to show themechanism of the proton transfer reaction based on the sample proton transfer reaction shown in thetextbook. Then, draw the products of the reaction (Lewis structures or line structures accepted).Do not draw the transition state.Most electron-poor hydrogen(H₂ or H₂?):HCHShow curved arrowsHDraw products here

Any proton (H) when attached with an electronegative element, always behave as an acidic proton. Let…

-proton transfer reaction can involve a positively charged substance as the source of the proton. This is the structure of protonated acetone. Consider all bonds involving hydrogen atoms, and label those that is/are polar using the partial charge notation described in chapter 2 (note that a formal charge on an atom does not necessarily denote the partial charge distribution in a bond). Then, put in the given box the label of the hydrogen atom that is most electron-poor. H₂ Ho- H₂ O: o C C H₂ H₂ H₂ Ho Most electron-poor hydrogen (H₂ or H₂?): b. A proton transfer reaction can occur from protonated acetone to water. In the box on the left, circle the atom in water that is most electron-rich. In the box on the right, use curved arrows to show the mechanism of the proton transfer reaction based on the sample proton transfer reaction shown in the textbook. Then, draw the products of the reaction (Lewis structures or line structures accepted). Do not draw the transition state. H O: H C HI H H Show curved arrows H H Draw products here

-proton transfer reaction can involve a positively charged substance as the source of the proton. This is the structure of protonated acetone. Consider all bonds involving hydrogen atoms, and label those that is/are polar using the partial charge notation described in chapter 2 (note that a formal charge on an atom does not necessarily denote the partial charge distribution in a bond). Then, put in the given box the label of the hydrogen atom that is most electron-poor. H₂ Ho- H₂ O: o C C H₂ H₂ H₂ Ho Most electron-poor hydrogen (H₂ or H₂?): b. A proton transfer reaction can occur from protonated acetone to water. In the box on the left, circle the atom in water that is most electron-rich. In the box on the right, use curved arrows to show the mechanism of the proton transfer reaction based on the sample proton transfer reaction shown in the textbook. Then, draw the products of the reaction (Lewis structures or line structures accepted). Do not draw the transition state. H O: H C HI H H Show curved arrows H H Draw products here

Organic Chemistry: A Guided Inquiry

2nd Edition

ISBN:9780618974122

Author:Andrei Straumanis

Publisher:Andrei Straumanis

Chapter4: Polar Bonds, Polar Reactions

Section: Chapter Questions

Problem 47CTQ: For NH3 (ammonia) and H2O (water)... a. Use curved arrows to show the most likely acid-base...

See similar textbooks

Similar questions

Below is an energy diagram for a chemical reaction. What information about the reaction energy does this graph give you? Answer the questions below based on this graph. Potential energy- reactants Time- AH> 0 products
naming a chemical compound. I'm currently learning how to name alkanes and alkyl halides. Im confused about the compound ethanal, or acetaldehyde. The second carbon has a double bond on its hydrogen, so I'm wondering why the infix is "an" instead of "en". Frpm the table of infixes, it says "an" is for single bonds. Can someone help me understand
Your roommate just binge watched Breaking Bad and says you can get a better yield of NaCl if you use hydrofluoric acid instead of hyrdrochloric acid. Is this true? What yield would you expect? Why?
JA H;° of H2O(1) is -285.8 kJ/mol. calculate A H;° of MgO. The relevant reactions for these two heats of formation are: H2(g) + ½ O2(g) H20(1) and Mg(s) + ½ O2(g) - MgO(s) > -141.3 kj/mol a) -306.6 kj/mol b) -447.9 kj/mol c) d) -592.4 kj/mol 141.3 kj/mol f) Not even information given
a. Hydrogen Sulphide (H2S) is a by-product often associated with 0il & Gas exploration and the refining industries. Explain the dangers of this substance and what Personal Protection Equipment (PPE) should be used, to aid survival when coming into contact with this substance.
REPRESENTATIONS OF ORGANIC MOLECULES Identifying isomers and resonance structures Determine the relationship between Structure A and Structure B in each row of the table. Structure A Structure B Relationship H. o isomers H. H H -H H-C- C-O -H- O resonance structures H H. H H Н—С—Н o neither H o isomers H :0: :0-H H. H H- C-C C-H H-C=C C=C-H O resonance structures H. H. H o neither o isomers :o: H H. H- O resonance structures H H H. H o neither 72°F DELL :ö: II
i. (Chapter 9) Write all of the resonance contributors for the following molecule. If the various structures contribute differently to the overall molecule, label each contributor as major or minor. If all contributors have the same stability, write "contribute equally.' H3C- CH3
Part 2 of 2 Draw the skeletal structure of the product(s) for the Lewis acid-base reaction. Include lone pairs and formal charges (if applicable) on the structures. The Click and drag to start drawing a structure.
3. Draw the following
Which have highest lattic energy? Explain the answer!
For NH3 (ammonia) and H2O (water)... a. Use curved arrows to show the most likely acid-base reaction, and draw the resultingproducts. (Hint: First decide which is the stronger acid, and which is the stronger base.) b. Mark each curved arrow with a positive (bond-breaking) or negative (bond-forming) numberindicating the energy change associated with that arrow (in pKa units). c. Calculate Hrxn and write this number above a set of reaction arrows that indicate whichdirection is downhill/favorable (in the example, the reaction is downhill to the right). d. Sketch an energy diagram for the reaction. e. Is your energy diagram consistent with the fact that, in this case, the most likely acid-basereaction is endothermic?
Is bond formation endothermic or exothermic? Write a + or sign above the arrow in the previousquestion to represent the sign of the energy change associated with the arrow.