Hybridisation: ch2=c=ch2, Chemistry

In CH2=C=CH2

it is given that the length between H of first carbon at top and H of last carbon at top is L1 and length between H of first carbon at top and H of last carbon at bottom is L2.

what is the relation between L1 and L2?

Ans) L1=L2

Due to steric hindrance....the hydrogens of carbon 1 and hydrogens of carbon 2 are not in same plane!! but the length will be same!

Posted Date: 3/13/2013 1:09:30 AM | Location : United States







Related Discussions:- Hybridisation: ch2=c=ch2, Assignment Help, Ask Question on Hybridisation: ch2=c=ch2, Get Answer, Expert's Help, Hybridisation: ch2=c=ch2 Discussions

Write discussion on Hybridisation: ch2=c=ch2
Your posts are moderated
Related Questions
The amino acid glutamine can be produced bythe following equilibrium in the presence of a suitable catalyst.  The equilibrium constant for this reaction is 3.5 x 10-3 at 25 oC.

The number of radial nodes of 3s and 2p orbitals are respectively : (1) 2, 0   (2) 0, 2          (3) 1, 2             (4) 2, 1 Ans: 2, 0

100 mol/hr pentane flows through an adiabatic heat exchanger where it is heated isobarically (at 2.5 bar) from 50°C to 250°C. The pentane is heated by contacting pipes filled with

The determination of k is not a strait forward exercise. Model it from first principles using Bernoulli's equation would produce a square root relationship and would probably have

What are the theoretical physical properties of esters?

If uncertainty in the position of an electron is zero, the uncertainty in its momentum would be: (1) Zero    (2) (3) > h/ 2γ                            (4) Infinite

Calculate the molarmass of a nonelectrolyte that lowers the freezing point of 25.00g of water to -3.9 degrees C when 4.27 g of the substance is dissolved in the water.

Q. Explain about Chemistry and Matter? Chemistry is the study of matter as well as the changes that it undergoes. Matter is anything which has mass and takes up space. Mas


Method for Detection of Elements - Oxygen There is no any type of satisfactory qualitative method for the detection of oxygen. Though, its presence can be inferred indirectly.