Chemistry Spl

Why neeed a Diploma or Certiifcation? Anyway, you can go for MBA or PGDM.

You can put a colloidal solution in a dark room, and then pass a beam of light though it. Then, you will see path of light becomes visible with blush light. This phenomenon is called Tyndall effect.

You should complete your graduation in chemistry, and then you can pursue B.Ed. After appearing for TET, you are eligible to teach up to class 12th. For graduation and post-graduation, you have to complete Masters in chemistry and have to clear NET to be eligible as a lecturer.
All the best.

Department of food engineering technology offers food chemistry course.

A jump in electronegativity is from carbon to silicon, and then rest all four have more or same electronegativity.

For Ph.D in chemistry, you should have completed M.Sc chemistry with at least 55% and you have to clear Ph.D entrance exam conducted by the universities. If you have cleared NET in chemical sciences, you are exempted from giving entrance, but you have to appear for interview as required by the universities.

A typical micelle in aqueous solution forms an aggregate with the hydrophilic head regions in contact with surrounding solvent, sequestering the hydrophobic single-tail regions in the micelle center. This phase is caused by the packing behavior of single-tail lipids in a bilayer.

There are a lot of options for M.Sc in chemistry
You can clear NET/SET and you will be eligible as a lecturer.
Or you can work as an analyst, scientist, research associate, a technician in pharma, chemical, environmental, food processing, dairy industry or can go for administrative services or for other state and central govt. jobs

Are you B.Sc Chemistry graduate? If yes, and If you have the required score, then you can get admission to M.Sc Chemistry. Check for details in MS University's website for application form and eligibility criteria.

Cu(+2) + e- Cu(+1)E=0.15V
Cu(+1) + e- Cu E=0.52V
Cu(+2) + 2e- CuE=0.34V
It is seen that any oxidant strong enough to convert Cu(+1) to Cu(+2) is more than strong enough to convert Cu(+1) to Cu(+2) (0.52 cf. 0.15V). (1)
It is not expected therefore that any stable Cu salts will exist in aqueous solution.