User 25d107bd42
01-02-2008 19:46:23
Hi.
1) As can be seen in the screenshot, there is no dimension in the display of the geometry calculation. By comparison to the values of the conformation calculation, it is clear that it is in kcal/mol. But for use in chemistry courses it should be displayed.
2) The international units are the SI units, see http://www.bipm.org/en/si/
I know many chemists are still using kcal/mol. But I also know many teachers who use kJ/mol and the students are accustomed to this energy units. Of course it is easy to multiply or divide by 4.184, but sometimes you forget to do it and you are "thinking" in wrong values.
I suggest the following:
1) Specify the dimension in the geometry display.
2) Implement the setting to display the energy in kcal/mol *or* kJ/mol, such as the setting "Decimal places".
3) This should also be applied to the conformations display.
4) Using the option "calculate lowest energy conformer" there is no energy value at all.
Regards, Hans-Ulrich
1) As can be seen in the screenshot, there is no dimension in the display of the geometry calculation. By comparison to the values of the conformation calculation, it is clear that it is in kcal/mol. But for use in chemistry courses it should be displayed.
2) The international units are the SI units, see http://www.bipm.org/en/si/
I know many chemists are still using kcal/mol. But I also know many teachers who use kJ/mol and the students are accustomed to this energy units. Of course it is easy to multiply or divide by 4.184, but sometimes you forget to do it and you are "thinking" in wrong values.
I suggest the following:
1) Specify the dimension in the geometry display.
2) Implement the setting to display the energy in kcal/mol *or* kJ/mol, such as the setting "Decimal places".
3) This should also be applied to the conformations display.
4) Using the option "calculate lowest energy conformer" there is no energy value at all.
Regards, Hans-Ulrich