I need full lab report for Chemistry ( Melting point ) with this instructions please: 1:Introduction 2:materials 3: proc
Posted: Fri Apr 29, 2022 1:37 pm
I need full lab report for Chemistry ( Melting point ) with this
instructions please:
1:Introduction
2:materials
3: procedure
4: analysis
5: conclusion
please write the lab report in computer not in handwriting so I
can understand please
The substances are Caffeine , water , carbon dioxide. We can
come up with a question that relates the amount of heat needed to
break the bonds in a solid and the strongest type of intermolecular
force present. For example, we can hypothesize that the greater the
melting point, the stronger the intermolecular force present. You
can try this with a handful of substances, you don't need to use
them all, but you should use enough so that each type of
intermolecular force is represented and compared (LDF,
dipole-dipole and hydrogen bonding). Now, let's say most of your
results match your hypothesis, except for 1 or 2. You will want to
conduct a little research to see why this is the case. There are
other factors that determine melting points of solids, such as the
type of solid that it is. It could be molecular, ionic, metallic or
covalent. Here is a website that you can reference and that may
help you explain any results that don't quite match your
hypothesis.
Thank you so much
instructions please:
1:Introduction
2:materials
3: procedure
4: analysis
5: conclusion
please write the lab report in computer not in handwriting so I
can understand please
The substances are Caffeine , water , carbon dioxide. We can
come up with a question that relates the amount of heat needed to
break the bonds in a solid and the strongest type of intermolecular
force present. For example, we can hypothesize that the greater the
melting point, the stronger the intermolecular force present. You
can try this with a handful of substances, you don't need to use
them all, but you should use enough so that each type of
intermolecular force is represented and compared (LDF,
dipole-dipole and hydrogen bonding). Now, let's say most of your
results match your hypothesis, except for 1 or 2. You will want to
conduct a little research to see why this is the case. There are
other factors that determine melting points of solids, such as the
type of solid that it is. It could be molecular, ionic, metallic or
covalent. Here is a website that you can reference and that may
help you explain any results that don't quite match your
hypothesis.
Thank you so much