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Melting Points and Cooperative Identification of Organic Solids - Lab Report Example

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The objective of this task encompasses identification of the unknown compound’s melting point and ascertaining whether there may be another group having same exact compound. The ascertaining of the unknown compound’s melting point was via finding the average of the…
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Melting Points and Cooperative Identification of Organic Solids
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"Melting Points and Cooperative Identification of Organic Solids"

Download file to see previous pages This is by deriving mixed melting point by obtaining that of the two compounds having a ratio of 1:1. This was instrumental in ascertaining mixture melting point that helped in identifying these compounds. In addition, comparing the already obtained data solid with dissimilar appearance has high melting points in its both mixed (1350C) and pure states (1870C). Hence, indicating its strong covalent bond where by in former state weakened due to dissimilar forces with the other component.
The purpose of this experiment entails the determination of the given compound’s melting point. In this experiment, the melting point measurements they are for four organic solids. Hence, the ascertainment process encompasses utilizing the scientific premise that diverse compounds differ significantly in terms of their melting points. This is because of their respective structural bonds that have varying attraction strengths. Scientifically, ionic compounds are stronger in comparison to their covalent counterparts, which are weaker besides having diminished bond strength. From the obtained data, it is quite evident respective melting points across the groups of mixed substances are a bit low compared to pure solids. Probably, this is because of mixed and unequal attraction bonds/ Van der Waals amid the involved substances. This is evident whereby their pure state
The experiment is somewhat an attempt of solving a puzzle. This is because for scientific discoveries, most scientists have to cooperate with each other. Great teamwork is crucial especially in the modern science. In several occasions, it is possible for diverse scientists to make the same discovery, at the same time, in different parts of the world. For the scientist to prove that they are using the same substances, they have to exchange their biological specimens or chemical samples and data.
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