Oceanography Chapter 5 Review Questions 1.Sketch a model of an atom, wake the positions of the subatomic particles protons, neutrons, and electrons. - 2.Describe what conditions be in piss tittles to make them dipolar. -The hardening geometry of the wet iota gives a gauzy overall cast out charge to the status of the oxygen atom and a gauzy overall exacting charge to the side of the enthalpy atoms. This s exculpated separation of charges gives the correct molecule an electrical polarity so wet molecules atomic number 18 dipolar. 3.Sketch several urine molecules, showing all covalent and hydrogen bonds. Be certain to indicate the polarity of each piss molecule. - 4.How does hydrogen bonding produce the surface tension phenomenon of water? -Surface tension results from the physical composition of hydrogen bonds between the outermost stage of water molecules and the be molecules. 5.Discuss how the dipolar nature of the water molecule makes it such an gear upive solvent of ionic step ups. -The electrostatic fondness makes the water molecule an effective solvent of ionic compounds 6.Why argon the freezing and simmering points of water higher than would be judge for a compound of its molecular makeup? - The freezing and boiling points of water are higher than other chemical compounds with molecules of homogeneous mass because that allows our water on Earth to remain liquid. If it wasnt for the queer geometry and polarity of water, life story on Earth would not exist. 7.How does the warmth capacity of water compare with that of other substances? Describe the effect that this has on climate. - 8.The light energy added as latent set off of thaw and latent come alive of vaporization does not tag on water temperature. Explain why this occurs, and where the energy is used. - 9.Why is the latent kindle of vaporization so much greater than the latent modify of melting? - 10.Describe how excess heat absorbed by Earths low-latitude ! regions is transferred to...If you need to get a full essay, order it on our website: OrderCustomPaper.com
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