Is it true that ionic compounds do not have intermolecular forces?
For Ozonolysis reactions, how do we know when the condition is oxidizing and reducing? I thought if we had Peroxide in the reaction the condition is oxidizing.. are there any other circumstances?
How do we know when the first substitute is big enough to cause P major product over O major product when doing EAS? When the first substitute is an activating substitute, that is.
How do we know which one ion is more soluble, when given Mg3(PO4)2 vs. (NH4)3PO4? They both seem to be very soluble, but is the latter more soluble because Mg is alkaline earth metal when NH4 is mostly always soluble?
Is there a way to find out if it is a D sugar or L sugar by just looking at the Fischer projection? I can only find that out when I see the circularized structure...
Thank you in advance.
For Ozonolysis reactions, how do we know when the condition is oxidizing and reducing? I thought if we had Peroxide in the reaction the condition is oxidizing.. are there any other circumstances?
How do we know when the first substitute is big enough to cause P major product over O major product when doing EAS? When the first substitute is an activating substitute, that is.
How do we know which one ion is more soluble, when given Mg3(PO4)2 vs. (NH4)3PO4? They both seem to be very soluble, but is the latter more soluble because Mg is alkaline earth metal when NH4 is mostly always soluble?
Is there a way to find out if it is a D sugar or L sugar by just looking at the Fischer projection? I can only find that out when I see the circularized structure...
Thank you in advance.