Can London Dispersion force occur in a single molecule, such as one molecule of boron or...

Question

Question

Can London Dispersion force occur in a single molecule, such as one molecule of boron or flurorine?

Answer 1

Answer #1

London dispersion force is an intermolecular interaction. that means interaction between molecules. It cannot occur in a single molecule.

Answer 2

Similar Homework Help Questions

Which molecule has the largest size, and therefore the greatest London Dispersion forces? □ H20 H2Te...

Which molecule has the largest size, and therefore the greatest London Dispersion forces? □ H20 H2Te H2s H2Se
Which of the following statements about London dispersion forces is/are true? Group of answer choices London...

Which of the following statements about London dispersion forces is/are true? Group of answer choices London dispersion forces are stronger between molecules of 1-butanol than between molecules of 2-methyl-2-propanol. London dispersion forces are stronger than hydrogen bonding interactions. both a and b neither a nor b How many different alkene products (counting cis and trans isomers of a compound as a single product) could be produced when 3-methyl-3-pentanol is dehydrated? Group of answer choices 1 2 3 4
Liquid bromine [Br2(1)] is held together by: (Electronegativity: Br 2.8) Dispersion (London) force Hydrogen bond Dipole-dipole...

Liquid bromine [Br2(1)] is held together by: (Electronegativity: Br 2.8) Dispersion (London) force Hydrogen bond Dipole-dipole force

dentify the predominant intermolecular force in each of these substances. Hydrogen bonding Dipole-dipole Dispersion (London) forces...

dentify the predominant intermolecular force in each of these substances. Hydrogen bonding Dipole-dipole Dispersion (London) forces Answer Bank CH OH CHECCH) OH CH,COCH about us Careers privacy policy terms of use contact us help
Which of the following compounds will only have London dispersion intermolecular attractions? {Hint: look for non-polar...

Which of the following compounds will only have London dispersion intermolecular attractions? {Hint: look for non-polar molecules). O CO2 O CH3F O CH3OH O OCI2 O Naci QUESTION 4 What is the strongest (most attractive) intermolecular force in CH3F? O hydrogen bonding O London dispersion forces O ion-dipole attraction O jonic bonding O dipole-dipole attraction
options : electrostatic attraction, London dispersion force,disulfide bond, amide bond,hydrogen bond The tertiary structure of a...

options : electrostatic attraction, London dispersion force,disulfide bond, amide bond,hydrogen bond The tertiary structure of a protein is shown below. Identify each of the labeled interactions. Interaction ais (Select] Interaction bis (Select] Interaction cis (Select] Interaction d is (Select] 0- Z-I H-N NH3 6 SS CH3 CHCH2CH3 CH3 CH,CH.CH

Question 9 0.2 pts Which one of the following substances has London dispersion forces as its...

Question 9 0.2 pts Which one of the following substances has London dispersion forces as its only intermolecular force? (No hydrogen bonding, no dipole-dipole forces.) о сезон NH3 H2S O CH4 Question 10 0.2 pts True or False. Most of the substances used in this investigation are extremely volatile (easily evaporate) and should be used with care in a fume hood. True O False Question 11 O pts True or False. To avoid fainting or feeling light-headed in the lab...
My answers: Not sure if they are correct. 1. a. London dispersion b. H-bonding, dipole-dipole,...

My answers: Not sure if they are correct. 1. a. London dispersion b. H-bonding, dipole-dipole, london dispersion c. London dispersion d. Ionic, london disperson 2. The second one because not a lot of H+ and less acidic. Need help understanding the meaning of the question. 3. Diethyl cannot h-bond because it does not provide intermolecular bonding engery while 1-b. can form h-bond making strong intermolecular bonds to take up greater engery to break molecules. 4. Not sure...
Which of the forces would be present between a molecule of CH3CH2CHO and a molecule of...

Which of the forces would be present between a molecule of CH3CH2CHO and a molecule of CH3(CH2)4CH3? You can choose more than one answer. a) dipole - induced dipole b) dipole - dipole c) ion - induced dipole d) hydrogen bonding e) london dispersion forces

Can there be both dispersion force and dipole-dipole force present? How is it possible?

Can there be both dispersion force and dipole-dipole force present? How is it possible?