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.

1. why does the same side of the moon always face earthc.the rotational period of the moon is equal to one revolution around earth2. which is greater the moons period of rotation or its period of revolution  b.the moons revolution period around earth3.what was the major accomplishment of the apollo missions  d.landing on and exploring the moon4. which of these space missions involved the deployment of lunar rovers d.apollo5. which scientists are going to explore next on kepler-186fd. evidence of existence of life6.which mission is not going to explore the outside of the solar systemb.safir7.which technology limit the future of space exploration b. scientist must first develop certain technologies before missions can be completed.

The answer to your q it is d

Mistures i think, hope it

It’s completely renewable in that we don’t need to consume anything to get energy. essentially after we can harvest it, it’s free energy