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First you need to collect some data about a range of alcohols and the related aldehyde. Look up the melting points and boiling points of methanol and methanal, ethanol and ethanal, propan-1-ol and propanal, butan-1-ol and butanal. Put them in a table and look for trends. What happens to the boiling points as the carbon chains increase in size? Which boiling points are higher, alcohols or aldehydes? You could draw a graph of boiling point against number of carbons in the chain. Show the line for alcohols and the line for aldehydes on the same axes. Do some similar analysis for melting points. You could also look at density data. Include some different reactions that alcohols and aldehydes undergo, including some quick tests for each. Fiinally, include some unquantifiable properties, like appearance and smell. How do alcohols smell differently than aldehydes.
•The boiling points and melting points increase inthe number of carbon atoms.•Alkynes are soluble in polar solvents such as water•Have incomplete combustion
Hope the following article on jewelry trends will be useful for you.
Trends
Warmer climatic trends throught the past several years has suggested that global warming is, indeed, happening. Research the melting of the polar ice caps OR check out information on sea levels rising. This will guide you in the right direction to fully understand the answer to your question.
Instead of generally increasing or decreasing trend, melting and boiling points reach two different peaks as d and p orbitals fill. -Darryn
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As atomic number increases, boiling point/K increases due to there being more electrons, which create a larger strength of negative charge around the nucleus of the atom. This affects the van der waals' forces (the forces of attraction between molecules or atoms), and they become stronger. With stronger forces, it requires more energy input to change the state of the element - resulting in a higher boiling/melting point. [:
Its hard to explain they just sudenly catch you or you catch them and they pop out.
Because that is where all the ice is, so look there first to see melting trends.
First you need to collect some data about a range of alcohols and the related aldehyde. Look up the melting points and boiling points of methanol and methanal, ethanol and ethanal, propan-1-ol and propanal, butan-1-ol and butanal. Put them in a table and look for trends. What happens to the boiling points as the carbon chains increase in size? Which boiling points are higher, alcohols or aldehydes? You could draw a graph of boiling point against number of carbons in the chain. Show the line for alcohols and the line for aldehydes on the same axes. Do some similar analysis for melting points. You could also look at density data. Include some different reactions that alcohols and aldehydes undergo, including some quick tests for each. Fiinally, include some unquantifiable properties, like appearance and smell. How do alcohols smell differently than aldehydes.
Statistics are used in the workplace to explain money and buying trends for example. Statistics say what people will spend and when for example.