Higher boiling points : a. Molecules with stronger intermolecular forces tend to have higher boiling points.
b. Considering isomers of molecules with the same formula but different shapes, those with a more spherical shape tend to have higher boiling points.
c. Comparing molecules of similar molar mass, molecules with hydrogen bonding tend to have lower boiling points than those with only dipole-dipole forces.
d. Considering molecules with the same types of intermolecular forces, those with higher molar mass tend to have higher boiling points.

Will give brainliest it is a lab from k12 here is the linkfor each metal that participated in a chemical change, write the type of metal it is, based on your examination of the periodic table. type your answer here. (score for question 3: of 5 points) were there any metallic compounds that did not react with either the acid or the base? write the type of metal, based on your examination of the periodic table. type your answer here. (score for question 4: of 5 points) make a general statement about the reactivity of the metals in this experiment. type your answer here.

If blood contains 150g of hemoglobin per liter of blood, how much hemoglobin would be contained in 10 ml of blood

What term describes technology that operates on an atomic level