(a)
Interpretation : The substance with higher boiling point needs to be determined.
Concept Introduction : The boiling point of any substance depends on intermolecular force of attractions between molecules. There are various types of intermolecular forces between molecules such as Vander Waal force of attraction, ionic attraction, hydrogen bonding etc. The molecules with strong intermolecular forces have more boiling point as compared to the molecules with weak intermolecular forces.
(b)
Interpretation : The substance with higher boiling point needs to be determined.
Concept Introduction : The boiling point of any substance depends on intermolecular force of attractions between molecules. There are various types of intermolecular forces between molecules such as Vander Waal force of attraction, ionic attraction, hydrogen bonding etc. The molecules with strong intermolecular forces have more boiling point as compared to the molecules with weak intermolecular forces.
(c)
Interpretation : The substance with higher boiling point needs to be determined.
Concept Introduction : The boiling point of any substance depends on intermolecular force of attractions between molecules. There are various types of intermolecular forces between molecules such as Vander Waal force of attraction, ionic attraction, hydrogen bonding etc. The molecules with strong intermolecular forces have more boiling point as compared to the molecules with weak intermolecular forces.
(d)
Interpretation : The substance with higher boiling point needs to be determined.
Concept Introduction : The boiling point of any substance depends on intermolecular force of attractions between molecules. There are various types of intermolecular forces between molecules such as Vander Waal force of attraction, ionic attraction, hydrogen bonding etc. The molecules with strong intermolecular forces have more boiling point as compared to the molecules with weak intermolecular forces.
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EBK BASIC CHEMISTRY
- Which of the following lists species in order of increasing boiling points? a. H2, N2, NH3 b. N₂, NH3, H₂ C. NH3, H2, N2 d. NH3, N2, H₂ e. H₂, NH3, N₂arrow_forwardformula 2.) Compound X is 40.92% carbon and 4.58% hydrogen with oxygen comprising the balance. If all the bonds in Compound X contain only o or t bonds, and an aqueous solution of Compound X does not conduct electricity, which is the van't Hoff factor for Compound X? A. 0 B. 1 C. 2 D. 3 molecular orbital, sigma bond, pi bond, ionic bond, covalent bond, van't Hoff factor, dinarrow_forwardWhich of the following compounds will have the lowest boiling point. Select one: a. CH4 b. CBr4 c. CI4 ( This looks like chlorine but it is suppose to be 1 Carbon, 4 Iodine) d. CF4 e. CCl4arrow_forward
- What is the strongest intermolecular force present in propanoic acid, CH3CH2COOH ? A. Hydrogen bonding B. Dipole-dipole forces C. London forces D. Ionic bondingarrow_forwardIdentify which one in each pair has a higher boiling point and explain briefly the reason for your choice. 1. CH,OH or CH,F 2. CH,NH, or CH,CH,CH,NH, 3. HBr or KBr 4. orarrow_forwardWhich intermolecular force is responsible for the unusual physicochemical properties of water? Select one: a. Hydrogen bonding b. Ion-Dipole forces C. lon-Induced Dipole forces O d. Dipole-Dipole forcesarrow_forward
- Which of the following compounds will have the lowest boiling point? Select one: a. CF4 b. CH4 c. CO2 d. CCl4 e. CBr4arrow_forwardArrange HF, HCl, and HBr in increasing order of their boiling point. Select one: Oa. HBr < HCIarrow_forwardWhat type of chemical bonds (like covalent bonds), ionic interaction (ionic "bonds or ion-ion interactions), and intermolecular forces (IMfs, like LDF). 1. Nacl 2. HCL 3. Cl2arrow_forwardb. increasing boiling point SnH4 , SiH4 , GeH4 , and CH4arrow_forwardAt 0 deg C , ice has a density of 0.917 g/mL while the density of water is 0.9998 g/mL. The reasons for this are the following, except A. partially positive H2 and partially negative O2 in water B. hydrogen bonds of wate C. hydrogen and oxygen are both non-metals D. polarity of waterarrow_forwardSelect the compound with the lowest freezing point: a. SnH4 b. They all have the same freezing point. c. SiH4 d. GeH4 e. CH4arrow_forwardarrow_back_iosSEE MORE QUESTIONSarrow_forward_ios
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