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Trimyristin is primarily nonpolar, dissolving it in a polar solvent wouldn't effectively separate it from the mixture. Good luck with orgo lab.
H20 is very common lab solvent and is called universal solvent because Water molecules have a polar arrangement of the oxygen and hydrogen atoms-one side (hydrogen) has a positive electrical charge and the other side (oxygen) had a negative charge
Basically just sum up the purpose and give a brief summary on what you/ your partner did in that lab
The report should include an introduction, materials and methods, the results and a conclusion. Provide all the necessary details about the experiment or research.
A slovent dissolves a solute, a good example would be sugar (the solute) and water (the solvent) mixing together. A example of a solvent would be water, an example of a solute would be salt or sugar.
Trimyristin is primarily nonpolar, dissolving it in a polar solvent wouldn't effectively separate it from the mixture. Good luck with orgo lab.
Brooklyn college lab due today?Benzene is nonpolar. Water is polar. This makes them immiscible liquids. Mixes solvents suitable for crystallization must be miscible.
H20 is very common lab solvent and is called universal solvent because Water molecules have a polar arrangement of the oxygen and hydrogen atoms-one side (hydrogen) has a positive electrical charge and the other side (oxygen) had a negative charge
lab solvent (or just "solvent"), is a very vague term. anything that is acting as the solvent in a particular mixture could be this "lab solvent". ethanol on the other hand is a specific example of a compound that is liquid at standard temperature and pressure. because it is a liquid, it can be used as a solvent. again - it would depend on what other compounds are involved (solutes).
Conclusion is essential in a lab report because it summarizes the whole research paper.
water
A conclusion is accepted if its Results can be duplicated in any Lab, anywhere.
conclusion of chemical and physical change
The thing about calculating retardation factor is that it not only depends on the compound that you're analyzing, but the solvent that it is in. The retardation factor is a direct result of the polar interactions between your compound, solvent, and adsorbent. If you're asking this because you're taking a lab class, it's best just to trust your data :)
The conclusion.
In our chemistry lab we determined the Kf values using spectrometers.
For Every Action (Force), There Is An Equal And Opposite Reaction (Force).