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SiCl4Non metalic dude
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SiCl4Non metalic dude
nope SiCl4 hydrolysis to form 4HCl and SiO2SiCl4
smart moveour school give Gp as our option to do it now or in in Nov. when i saw the time table while filling the form i removed gp from my list instantly xD
seriously stupid is the king of understatement here!! freakin imbeciles!! I mean come ON!! this is way too much like our exams would be technically half over until the 13th (within 6 days) and then the other half (that really is the prep worth and all) will be after almost more than a month in junE!! :O and the syllabus is still the same!! :Omay be they assigned some pathan to make the time table
actually they made this timetable by picking chits from a bowl. xDseriously stupid is the king of understatement here!! freakin imbeciles!! I mean come ON!! this is way too much like our exams would be technically half over until the 13th (within 6 days) and then the other half (that really is the prep worth and all) will be after almost more than a month in junE!! :O and the syllabus is still the same!! :O
Hate IT!! >__<
The application booklet says that silica is in the colomn i am not sure if it is the staionery phase or wheter there is a liqiud coated to it,acrs as stationery phaseIn HPLC, you have-
1) The stationary phase: a non-volatile liquid. This is packed tightly into a column. This column is a few millimeters in diameter and is up to 30-40 cm long.
2) The mobile phase: usually a polar solvent (it is a liquid) is chosen for the mobile phase. It's usually methanol.
So the mobile phase has to be forced through the columns at high pressures (at about 400 atm). The column provides a large surface area for the partitioning to occur. Partitioning is basically separating the mobile phase into its components. The components are usually detected by measuring the absorbance of ultraviolet radiation through a cell at the end of the column. This data is logged into a computer. The computer then usally form peaks for each component present in the mobile phase. The area under each peak is proportional to the amount of solute particles emerging from the column.
Note: The column for the HPLC is much shorter than the column used in GLC
Hope this helps!
helpThe application booklet says that silica is in the colomn i am not sure if it is the staionery phase or wheter there is a liqiud coated to it,acrs as stationery phase
There's this option called 'upload a file'have made it dont knw how to upload it
here i didnt see the buttonsThere's this option called 'upload a file'
Thanks.....as for explanation add the value of activation energy for the first step as 16 KJ then add the enthalpy change of reaction for the steep drop between propogaton and termination step
you have or can add headings for each which is which propogation waghaira
come on that can't be true... God is never that cruel This datesheet would've been better if it was up to God to decide on the chits Its all their own handiworkactually they made this timetable by picking chits from a bowl. xD
looks like it xDcome on that can't be true... God is never that cruel This datesheet would've been better if it was up to God to decide on the chits Its all their own handiwork
You mean how to know or how to describe??how to explain that a compound is cis or trans
Thnksbecause chlorine is a strong oxidizing agent so it will be strongly reduced by 2 electrons instead of one. As you go down the halogen group the element becomes less strongly as an oxidising agent and more strong as a reducing agent
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