Why does Borneol have a lower melting point (206-208C) compared to Isoborneol (212-214C)?
why does compound a have a lower melting point? 4) Why does compound a have a lower melting point? (.5 pt) OH
Explain why the melting point of pure hexane is lower than that of pure cyclohexane when the two compounds have nearly the same molecular weight.
why does the melting point only “suggest” the identity of a substance while the mixed melting point can actually “prove” its identity?
Why does cyclohexane have a lower boiling point than toluene?
Predict which pure substance will have the lower melting point, baking soda (NaHCO,) or phonol (C,H,OH)? Explain your answer Match the words in the left column to the appropriate blanks in the sentences on the right. Reset Help higher Phenol will have the compound melting point. The baking soda is an type of attractive force present, so is predicted to have a weakest and has the melting point lower strongest aromatic lonic
How does the melting point of an impure substance compare to the melting point of a pure substance?
which of the following would you expect to have a higher melting point? explain why 3. Which of the following would you expect to have the higher melting point? Explain why. (3 marks - 1 for the answer, 2 for the explanation) CI OH
Which of the following waxes will have the lower melting point? (Figure 1) O wax 1 wax 2 Submit Request Answer Provide Feedback Figure 1 of 1 wax 1 wax 2 (contains a double bond)
a) Explain why ceramics that are bonded covalently exhibit: i) the highest stiffness ii) highest melting points iii) lowest thermal expansion coefficients b) why does water expand during cooling c) what are the main differences between the two mechanical properties: stiffness and strength? d) the stress necessary for plastic deformation of Nickel is far lower compared to Tungsten even though both have the same number of slip systems. Why?
Why would chloroplasts (in solution) placed under the light have a lower absorbance compared to the chloroplasts (in solution) in the dark? What is happening at the molecular level to be showing these results? The solution will be prepared with: water, DCIP, reaction buffer, and chloroplasts Please provide a lot of explanation! Thanks!