(Do not provide AI Content ) Choose the common intermolecular forces involved between dye molecules and fabric fibers. Group of answer choices Ionic interactions London forces Dipole-dipole interactions Hydrogen bonding

Rule of thumb: IF, in an organic molecule, the RATIO of -CH- groups to the TOTAL number of N-H, O-H, and F-H groups is greater than 3:1, then the H-bonding forces will not be as predominant, and the material will lose solubility in water. EX: In which of the following molecules is hydrogen bonding likely to be the most significant contributor to its intermolecular forces? A) CHA B) CH₂F C) CH3OH D) C₂H₁₁OH 5 11 E) C₂H₁3NH₂ 13

Decide which intermolecular forces act between the molecules of each compound in the table below.

Classify the following compounds based on the type of intermolecular interactions: hydrogen  bond/London dispersion force/dipole-dipole interaction  H2O _______________________  CH4 _______________________  CH3CH2OH _________________________ . CH3COCH3 ______________________________________

Decide which intermolecular forces act between the molecules of each compound in the table below. compound COS carbonyl sulfide carbon tetrachloride hydrogen bromide HBrO hypobromous acid dispersion 0 intermolecular forces (check all that apply) 0 dipole hydrogen-bonding 0 0 X

Question 3 Choose the substance with the highest surface tension. HOCH2CH2OH CH2F2 CH3CH2F CH3CH2OH CH3CH2CH3

Reset Help NaCI CH4 CH3-0-CH3 CH3-CH,-OH Acetone (CH3COCH3) Hexane, CgH14 CH3-CH2-CH2-CH3 London Dispersion Dipole-Dipole H-Bonding lon-Dipole lon-lon Forces

how many of the following compounds will exhibit hydrogen bonding?

2. Which phenomenon are sometimes confused with melting during mp analysis? Select all that apply. Group of answer choices decomposition cracking shaking sagging/shrinking sweating solidifying 3. Study the bond types in the compound shown. Select the type(s) of intramolecular force(s) you predict the substance to exhibit. Select all that apply. CH3CH2CH(NH2)CH2CH3 Group of answer choices Dipole-dipole forces London dispersion forces (or VdW) Hydrogen bonding forces Ion-dipole forces Please answer both questions

What is the major attractive force in K2O? Group of answer choices hydrogen bonding ionic London dispersion none of these dipole-dipole