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mel-nik [20]
3 years ago
10

2 differences between ionic and covalent bond.​

Chemistry
1 answer:
hichkok12 [17]3 years ago
8 0

Answer:

Ionic = transfer, covalent = share, ionic is between metal and nonmetal, covalent is between two nonmetals. All of these statements are oversimplifications that have no part in chemistry education.

Actually there is very little difference for real bonds. Essentially all bonds involve some degree of electron sharing. "Ionic" and "covalent" refer to ideal bonds much like we talk about ideal gases and real gases. Real bonds have characteristics of both ideal bond types. Real bonds lie along a continuum with the ideal bond types at either end. The general consensus is that only the bonds between the metals in groups 1 and 2 and the most electronegative nonmetals have substantially high ionic character.

The vast majority of bonds are closer to the middle of the range between the two bond types, with a lot more sharing of electrons than transferring. Indeed, some of the sharing of electrons is somewhat one-sided, with the more electronegative element having a slight negative charge, and the more electropositive element having a slight positive charge. Bonds like this are polar covalent bonds.

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Arrange these compounds by their expected boiling point. Highest boiling point Lowest boiling point CH3OH, CH3CI CH4.
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Answer: The given compounds are arranged according to decreasing boiling point as CH_{3}OH > CH_{3}Cl > CH_{4}.

Explanation:

The temperature at which vapor pressure of a substance becomes equal to the atmospheric pressure is called boiling point.

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In CH_{3}Cl (chloroform), there is more electronegative atom attached (Cl) is attached to less electronegative atom (C and H). So, electrons are more pulled towards the chlorine atom. So, boiling point of  CH_{3}Cl is more than methane (CH_{4}).

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8 0
3 years ago
A flexible container is filled with 960.0 liters of air at 38 degrees Celsius. If pressure in the container does not change, at
Dennis_Churaev [7]

Answer:

— 159.6°C

Explanation:

Data obtained from the question include:

V1 (initial volume) = 960L

T1 (initial temperature) = 38°C = 38 + 273 = 311K

V2 (final volume) = 350L

T2 (final temperature) =?

Since the pressure is constant, then Charles' law is in operation. Using the Charles' law equation V1/T1 = V2/T2, we can easily obtain the final temperature as follow:

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Divide both side by 960

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Now let us convert 113.4K to a number in celsius scale. This is illustrated below:

°C = K — 273

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°C = — 159.6°C

Therefore, the container will have a volume of 350L at — 159.6°C

4 0
3 years ago
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