IN THE HEMOLYSIS EXPERIMENT, THREE TREATMENT SOLUTIONS NAMELY PROPANOL, PROPANEDIOL AND PROPANETRIOL WERE USED TO DETERMINE HOW POLARITY AFFECTED TIME TO HEMOLYSIS.

In the hemolysis experiment, three treatment solutions namely propanol, propanediol and propanetriol were used to determine how polarity affected time to hemolysis. Ethylene glycol, diethylene glycol, and triethylene glycol were used to determine how molecular weight affected time to hemolysis. Propanol has a polarity 1 (OHgroup) and a molecular weight of 60 g/mol. Propanediol has a polarity of 2 and a molecular weight of 76 g/mol. Propanetriol has a polarity of 3 and a molecular weight of 92 g/mol. So in these three cases, both polarity and molecular weight are increasing. So can you be sure that it was increasing polarity and not increasing molecular weight which led to increased hemolysis time in the case of the propanols? What would your experimental setup be to investigate this?

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The post IN THE HEMOLYSIS EXPERIMENT, THREE TREATMENT SOLUTIONS NAMELY PROPANOL, PROPANEDIOL AND PROPANETRIOL WERE USED TO DETERMINE HOW POLARITY AFFECTED TIME TO HEMOLYSIS. appeared first on Cheap Nursing Tutors.

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