Molecule A is a non-polar, covalently bonded diatomic molecule with a molar mass of 34 g/mol. Molecule B is a non-polar, covalently bonded diatomic molecule with a molar mass of 24 g/mol. Molecule C is a polar covalently bonded diatomic molecule with a molar mass of 34 g/mol. Which of these three likely have the lowest boiling point?

Question

27-11-2018
Chemistry

contestada

Molecule A is a non-polar, covalently bonded diatomic molecule with a molar mass of 34 g/mol. Molecule B is a non-polar, covalently bonded diatomic molecule with a molar mass of 24 g/mol. Molecule C is a polar covalently bonded diatomic molecule with a molar mass of 34 g/mol. Which of these three likely have the lowest boiling point?

Respuesta :

Otras preguntas

A $ 120 000.00 mortgage is amortized over 25 years. if interest on the mortgage is 8.5 ompounded semi-annually, calculate the size of monthly payments made at t

Droplets of water may sometimes be seen along the margins of the leaves of a banana plant growing in wet soil in the mornings. Are these dew drops?

Use the SA equation and the analemma to calculate the Sun’s declination, arc distance (AD), and SA for the dates and latitudes shown in Table 3.2. Show your wor

describe ground the función in tissues in a plant system

How t make pizza Italian way

Prove that in a parallelogram, the bisectors of any two consecutive angles intersect at right angles.

The concept of fugitive species, coined by Hutchinson, explains that it is impossible for an inferior competitor to coexist with a superior competitor because t

In what section of the standards of ethical conduct is confidential record keeping, maintenance, storage, and disposal 1st mentioned?

What ecological factors make the Aleutian Islands so biologically productive and ideal for the humpback whale and her calf?

Consider f(x)=7²ˣ; find f(5)(x).

znk znk · Answer 1 · 2018-11-27T01:15:29+01:00

Answer:

Molecule B

Explanation:

The strongest intermolecular force in Molecule B is the London dispersion force.

It is the weakest of the intermolecular forces, so Molecule B has the lowest boiling point.

A is wrong. Molecule A has a higher molecular mass than Molecule B. Its dispersion forces are stronger, and its boiling point is higher.

C is wrong. Molecule C has dipole-dipole forces. These forces are stronger than dispersion forces, so Molecule C has the highest boiling point.