Please answer both, thanks :)

Draw and upload a molecular level representation (Lewis structures) of the sequence of events required for ice (solid water) to dissolve in liquid methanol (CH3OH) at 40C. Include at least 4 molecules of water and 4 molecules of methanol in your representation. Provide a key so I can interpret your drawing. (Remember, no .heic files!) To help you draw a sequence, please use the following template. You can sketch it on your figure. It's meant to represent: - Undissolved: what methanol and water look like before any dissolving happens (but both are present in the same container) - Dissolving: as methanol and water start to dissolve, what does that look like? - Dissolved: after the dissolution process is complete, what would it look like? KEY FOR INTERPRETING: Question 24 Referring to your molecular-level model of the dissolution process in Question 23, describe the sequence of molecular-level events that happens when solid water (ice) dissolves in liquid methanol (CH3OH) at 40C. Draw and upload a molecular level representation (Lewis structures) of the sequence of events required for ice (solid water) to dissolve in liquid methanol (CH3OH) at 40C. Include at least 4 molecules of water and 4 molecules of methanol in your representation. Provide a key so I can interpret your drawing. (Remember, no .heic files!) To help you draw a sequence, please use the following template. You can sketch it on your figure. It's meant to represent: - Undissolved: what methanol and water look like before any dissolving happens (but both are present in the same container) - Dissolving: as methanol and water start to dissolve, what does that look like? - Dissolved: after the dissolution process is complete, what would it look like? KEY FOR INTERPRETING: Question 24 Referring to your molecular-level model of the dissolution process in Question 23, describe the sequence of molecular-level events that happens when solid water (ice) dissolves in liquid methanol (CH3OH) at 40C