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CSIR NET 2022 Physical Sciences Shift-2 will be conducted on 15th February. Candidates can check and download the memory-based question paper of CSIR NET 2022 Physical Sciences shift-2. The second shift of the CSIR NET 2022 examination will be conducted from 3:00 to 6:00 P.M
CSIR NET 2022 Physical Sciences examination will be conducted on February 15 in the second shift. The second shift takes place between 3:00 PM to 6:00 PM. Thousands of candidates appear for Physical Science paper every year. The physical sciences examination paper consists of three sections. Section A comprises of 20 questions, whereas Section B and Section- C have 25 and 30 questions respectively. The questions of Physical Sciences are in MCQs type. The total number of questions on the Physical Science examination paper is 75. It is conducted for a total of 200 marks. The negative marking scheme of each section is the same. There will be 25% marks deducted for every wrong answer. The duration of the examination is 3 hours.
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The examination will be in CBT mode. Hence, it is not possible to have the question paper with the candidates. Test takers can download and take the PDF of memory-based questions from here after the examination. The National Testing Agency will be releasing the date for the provisional answer key and Final answer key very soon. NTA has not yet released the date for the results of CSIR NET 2022.
CSIR NET 2022 Physical Sciences Question Paper (Memory-Based)
- N= 0,1,2,3… ε=nE 0. Represent in average internal energy
- Length of monomer is a, the length of other monomer is twice a, their corresponding energy is 0 and ε. Determine the average lenght.
- Lead is superconducting material below 7 K and it has critical magnetic field at 0 K was 800×10 -4 T. At temperature 2 K, what will be critical through the wire? Radius of wire 5mm.
- The accelerating field is 6×10^6 and the potential applied is 150 V. Calculate magnetic field in e/m experiment?
- KCL mass density is 1.98gm/cm 3 . Atomic weight of K is 39.1 and Cl is 35.5 g/mol. wavelength of X-ray is 0.4nm. Calculate the angle of incidence of the peaks.
R= R 0 θ 2 . Potential = C 1 R a + C 2 R b . Determine the values of a and b
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