Molecules interacting. It's a rare event to see a water molecule hanging out by itself. Because of the unique kind of bonds found in a water molecule, a water molecule is meaning that regions of the molecule are somewhat more positive, while other regions are somewhat more negative. This property allows one water molecule to form hydrogen bonds with three other water molecules. 5.1. Draw a picture below showing four water molecules interacting via hydrogen bonds. Be sure to label partial charges in each molecule and use a dotted line to represent a hydrogen bond.

Molecules interacting. It's a rare event to see a water molecule hanging out by itself. Because of the unique kind of bonds found in a water molecule, a water molecule is meaning that regions of the molecule are somewhat more positive, while other regions are somewhat more negative. This property allows one water molecule to form hydrogen bonds with three other water molecules. 5.1. Draw a picture below showing four water molecules interacting via hydrogen bonds. Be sure to label partial charges in each molecule and use a dotted line to represent a hydrogen bond.

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

See similar textbooks

Similar questions

Select whether each statement is "true" or "false". True As the polarity of a covalent compound increases, the solubility of the compound in CCI, decreases. False He will have a higher melting point than N2₂. True BN₂ will have a higher boiling point than NO. True BH₂O will have a lower freezing point than F₂.
Venah g1gsum pe CLrojceme oLcce bicact oruout abocre What's Neuw Activity 1: Using the illustrations below, describe what happens in each of the attractions between substances by completing each sentence with the correct words. Tell what kind of attractive forces keep the substances together. 1. This attraction happens between polar molecules. The charges align so that the pole of one molecule is attracted to the end of the other molecule. Kind of interaction: 2. CCLpou quoxiqe (Co y upe CO The sodium ion is attracted to the partially end of water molecules. Kind of attraction: 3. approaches a neutral nonpolar substance. This A. results to a distortion of the substance and leads to the development of positive and negative poles. Kind of attraction: ion or 4. A permanent. approaches a neutral nonpolar substance resulting to a dipole. Kind of attraction: 5. H H The partially- partially- oxygen of one water molecule is hydrogen of the other water molecule. Kind of attraction: to the
For each compound in the table below, decide whether there would be any hydrogen-bonding force between molecules of the compound, or between molecules of the compound and molecules of water. hydrogen-bonding force compound Between molecules of Between formula or Lewis the compound and molecules of water? molecules of the name structure compound? Н yes yes Ci: N-chloromethylamine no no Н yes yes CH, Br bromomethane no no :0: н yes yes н —с —с—о — н | acetic acid no no н z:
What kinds of attractive forces, including chemical bonds, would be present between the particles in: (d) BrCl(l ) a. dipole-dipole b. London forces c. covalent bonding d. H-bonding e. ionic bonding (e) NaCl(s) a. dipole-dipole b. London forces c. covalent bonding d. H-bonding e. ionic bonding (f) Na2SO4(s) a. dipole-dipole b. London forces c. covalent bonding d. H-bonding e. ionic bonding
QUESTION 5 Which of the following compounds would be most soluble in carbon tetrachloride, C14 (non-polar molecule)? O A. H20 (polar molecule) O B. C6H6 (non-polar molecule) O C. CH3OH (polar molecule) O D. HCI (polar molecule) O E. NH3 (polar molecule)
Answer the following about drawing the attractive force between a water molecule (H2O) and an ammonium ion (NH4*). The water molecule is and the ammonium ion is a. diatomic b. linear c. tetrahedral d. bent e. pyramidal
Yellow Food Dye Water OH HO OH HO OH HO HH HO. e OH Analysis Question 2: What type of attractions occur between the dye and the water based on their molecular structures?
3
Question 1 1. Which of the following statements is/are TRUE? 1. London dispersion forces are present in all molecules. II. The stronger the IMFA present, the higher the melting point. III. All substances with F, O, and N atoms can form H-bonds. O Ill only O Il only O Il and IlII O l and II O lonly Quiz saved at 6:44
Image: Graph, Energy on X axis, Temp on Y axis. There is a line sloping up and to the right labelled "A" beginning near bottom of Y-axis. At end of this line, there is a horizontal line labelled "B". At the end of this line there is another line sloping up and to the right labelled "C". End of Image. NH3 (MW = 17.034 g/mol) Melting point = minus 77.73 degrees C Boiling point = minus 33.34 degrees C Heat capacity of liquid = 4.700 J/g/K Heat capacity of gas = 2.060 J/g/K Heat of vaporization = 23.40 kJ/mol Find A, B and C (as far as 0 degrees C) and the total energy required (in that order) in Joules (express as 'J'). Assume 100.0 g of substance. A, B and C should have four significant figures. When entering your values import your answer followed by a space then J Example: 3450. J Notice that in this particular example a decimal point was included after 3450 to indicate that the zero is significant. If the answer does not need a decimal do not include one. 1.____ 2.____ 3.____ 4.____
2. How are attractive forces related to the motion and the amount of kinetic energy of the particles?
Please focus on materials focuses is molecular structure and intermolecular forces present on it.