Does Ethylene Polymerize Under Mild Conditions In The Absence Of A Ca

1.	Does Ethylene Polymerize Under Mild Conditions In The Absence Of A Catalyst?
Answer» No, in the absence of a catalyst, ethylene molecules WOULD need to collide at very HIGH energy in ORDER to react with each other. No, in the absence of a catalyst, ethylene molecules would need to collide at very high energy in order to react with each other.

Does Ethylene Polymerize Under Mild Conditions In The Absence Of A Catalyst?

Answer»

No, in the absence of a catalyst, ethylene molecules WOULD need to collide at very HIGH energy in ORDER to react with each other.

No, in the absence of a catalyst, ethylene molecules would need to collide at very high energy in order to react with each other.

Discussion

No Comment Found

Related InterviewSolutions

Consider A Homogeneous Zirconium Catalyst In Which Two Cyclopentadienyl Ligands Are Connected By A —ch2–ch2— Bridge. Which Symmetry Elements Does The (bridged-cp2)zr Moiety Possess? What Is The Expected Tacticity Of The Polypropylene Produced Using This Type Of Catalyst? Why?
Explain What Is Meant By "c2 Symmetry" And "mirror Plane Symmetry". Can A Molecule With "mirror Plane Symmetry" Ever Be Chiral?
What Does It Mean For A Molecule Or A Ligand To Be "chiral"? What Properties Does Chirality Impart To A Molecule?
Atactic Polypropylene Is Always Produced With The [cp2zr(r)]+ Catalyst. Explain This On The Basis Of Molecular-level Interactions.
Head-to-tail Polymerization Of Propylene Is Observed With The [cp2zr(r)]+ Catalyst. Explain This Result On The Basis Of Molecular-level Interactions.
Consider The Polymerization Of 1,2-dichloroethylene, H(cl)c=c(cl)h. What Structural Variations Are Possible In Poly(1,2-dichloroethylene)?
Consider The Polymerization Of Vinylidene Chloride, Ch2=ccl2. What Structural Variations Are Possible In Poly(vinylidene Chloride)?
A Polymer's Structure Influences Its Physical Properties. Describe Two Structural Variations That Are Possible For Polypropylene But Not For Polyethylene.
"co-polymers" Consist Of Two Different Monomers ("a" And "b") Joined In An Alternating Fashion (ababab...). Block Co-polymers Also Consist Of Two Different Monomers, But In This Case Blocks Of Polymer Containing Only A Units Are Joined To Blocks Of Polymer Containing Only B Units (aaaaabbbbb...). How Might Block Co-polymers Be Synthesized?
What Are The Other Ways In Which Chemists Can Manipulate The Properties Of Polymers?

Does Ethylene Polymerize Under Mild Conditions In The Absence Of A Catalyst?

Discussion

No Comment Found

Related InterviewSolutions

Reply to Comment