Bond strength in hydrocarbons, Chemistry

Assignment Help:

Bond strength in hydrocarbons

As much shorter is the bond size, the greater is the compression among molecules atomic nuclei and therefore greater is the strength of that bond.

Table:

Bond type (C - H)

Bond energy (kcal/mole)

Bond type (C - C)

Bond energy (kcal/mole)

 (in alkanes)

104

(in alkanes)

80 - 90

 (in alkenes)

106

(in alkenes)

122 - 164

(in alkynes)

121

(in alkynes)

123 - 199

 


Related Discussions:- Bond strength in hydrocarbons

Estimate dewpoint or bubblepoint temperature, Condensers are an integral pa...

Condensers are an integral part of a distillation process. As we have seen, the vapor feed from the distillation column can enter either a partial condenser or a complete condenser

Determine mass of an electron, Q. Determine mass of an electron? Ans. ...

Q. Determine mass of an electron? Ans. Three years later after J.J Thomson discovered the electron, the American scientist Robert Millikan used an oil drop experiment to accu

Reaction, Difference between liebermann reaction and liebarmann nitroso rea...

Difference between liebermann reaction and liebarmann nitroso reaction

Effect of foaming in preparation of cold and hot souffles, Demonstrate the ...

Demonstrate the effect of foaming in preparation of cold and hot souffles? After undertaking this activity, you will be able to: • learn how to prepare hot and cold souffle,

Physical properties of trihydric alcohols, Physical properties of Trihydric...

Physical properties of Trihydric alcohols (a) Trihydric alcohol is an odourless, viscous, colourless and hygroscopic liquid. (b) Trihydric alcohol has high boiling point tha

Illustration of modelling for process and recipe, Strategy 1 Wheat flo...

Strategy 1 Wheat flour F 3940 g is, mixed with 60g of A, B and C, yielding a ratio of chemicals to flour of 3:197 in all formulations. All mixtures are produced in total amoun

Lattice energy of an ionic compound, Lattice energy of an ionic compound de...

Lattice energy of an ionic compound depends upon: (1) Charge on the ion only (2) Size of the ion only (3) Packing of ions only (4) Charge on the ion and size of the io

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd