Your code will be 05. Code 05 says: The first year of the three years’ degree course of a recognised University with Physics, Chemistry and Biology/Biotechnology including practical tests in these subjects provided the examination is a University Examination and candidate has passed the earlier qualifying examination with Physics, Chemistry,

Hi Ayush.

YES, a physics B.Sc hons. course is available at Banaras Hindu University. Other B.Sc courses offered by BHU are -

• B.Sc (hons.) in Agriculture
• B.Sc in Chemistry
• B.Sc in Botany
• B.Sc in Mathematics
• B.Sc in Zoology
• B.Sc  (hons.) in Computer Science
• B.Sc in Industrial Microbiology
• B.Sc in Geology

Areeba, can you help us with the subjects you have in your B.Sc please? Because the qualification code depends on the subjects that you have in your B.Sc. If you do not have Physics, but have Chemistry or Biology in your 1st year, your code will be 05. Code 05

Deepanshu you are since weak in numericals this shows that your concepts are not clear and hence i will suggest you to read and understand ncert first and along with that you can follow physics wallah sir's youtube channel and clear your concepts of physics and chemistry

For practicing  numericals

• HC verma
• Objective Physics for neet By DC Pandey
• Previous year chapterwise aipmt -neet question book for

Hello Aspirant,

you can choose your subjects in following:

Here we are providing the exam pattern of KVPY examination:

• Exam Mode: The aptitude test will be conducted through online (Computer Based Test) mode.
• Medium of Question Paper: The question paper will be asked both in English & Hindi Language.
• Type

Shreya, you are eligible for NEET. But you should also fulfil Age and aggregate criteria. You should be 17 years atleast by December 31st of 2020. And you should also scecure a minimum aggregate of 50% in Physics, Chemistry and Biology. It is 50% for General Category, 45% for PWD

Hello there

The formula for Einstein's photoelectric effect is

KE=hv-phi

KE is the kinectic energy of the electron

h is the plancks constant

v is the frequency of incident light

Phi is the work function which is the minimum amount of energy an electron require to escape from a surface.It