What is Jnu 2014: Definition and 18 Discussions

On 5 January 2020, more than 50 masked people armed with rods, sticks and acid attacked the campus of Jawaharlal Nehru University, Delhi, and injured more than 39 students and teachers. Many students received serious injuries. Professors who tried to intervene and protect the students, as well as ambulances carrying injured individuals, were attacked. Eyewitnesses stated that police within the campus did not intervene to stop the mob. After attacking residents of the university campus for three hours, the mob escaped; none of its members was arrested or detained. All 36 students who were injured and admitted to the All India Institute of Medical Sciences, New Delhi (AIIMS) were discharged within 24 hours.Eyewitnesses, including students injured in the attack, as well as opposition parties and left-wing organizations, accused the members of the Bharatiya Janata Party's (BJP) student wing, Akhil Bharatiya Vidyarthi Parishad (ABVP) of orchestrating the attacks. The ABVP, a Hindu nationalist organization, initially denied any involvement and accused left-wing organisations of carrying out the attack. On 6 January, ABVP's joint secretary for Delhi, Anima Sonkar, admitted on television that two armed men seen in videos of the incident were members of ABVP. Although any one clear motive has not emerged, the attack has been described by some as a way to prevent students from raising their voice against a fee hike and the Citizenship Amendment Act.Police have said that three of the masked attackers have been identified but no arrests have been made, and complaints have been filed as a single FIR (First Information Report) on unknown people. On 15 January, police confirmed the identification of the masked woman, seen in the video recording of the attack, as a member of ABVP. Police have issued a notice to the woman and two other men. According to police all three have switched their phones off and are yet to be located. As of 31 January, 26 days after the attack, the Delhi Police have not arrested any suspects in the attack.

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  1. Pushoam

    Dimension of length using h,G,c

    Homework Statement Homework EquationsThe Attempt at a Solution Dimension of length using h,G,c [h] = [F r] ##[G] =[ \frac { Fr^2}{m^2} ] \\ [\frac { hG}c] = [L] ## So, the answer is option (b). Is this correct?
  2. Pushoam

    Force exerted by a particle in a box on the boundary

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  3. Pushoam

    Energy needed to remove both electrons from a He atom

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  4. Pushoam

    De – Broglie wavelength of O_2

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  5. Pushoam

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  6. Pushoam

    Standard deviation of V_x of He gas

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  7. Pushoam

    Output voltage and output current of an Opamp

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  8. Pushoam

    Induced electric field

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  9. Pushoam

    Engineering LCR circuit, calculating R when frequency width is given

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  10. Pushoam

    B on center of 2 infinite wires with semi - circular end

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  11. Pushoam

    Point charge outside a grounded conducting sphere

    Homework Statement Homework EquationsThe Attempt at a Solution Option (a), because the potential is 0 on the surface, and potential due to point charge is positive so there must be negative charge on the surface. Since opposite charges attract each other, there is an attractive force...
  12. Pushoam

    Doppler effect: calculate speed of a moving star

    Homework Statement Homework EquationsThe Attempt at a Solution When the source is not moving, ## \lambda = 6250 A ## ...(1) When the source is moving, ## \lambda ' = 6500 A ## ...(2) From (1) and (2), ## \lambda ' > \lambda ## ...(3) This means that the source is moving away from...
  13. Pushoam

    Dispersion relation for a surface wave of a pool of water

    Homework Statement Homework EquationsThe Attempt at a Solution ## v = \frac { \omega } k ## ## \omega = \sqrt{ kg \tanh (k) } ##I have no idea to guess the graph. I put g = 9.8 and tried to calculate ## \omega ## for different values of k. ## \omega (0 ) = 0, \omega (30) =...
  14. Pushoam

    Interference fringe width

    Homework Statement Homework EquationsThe Attempt at a Solution When the system is in air ## d \sin {\theta} = n \lambda ## ...(1) When the system is in water and slit separation is 2d, ## \mu 2d \sin {\theta} = n \lambda ## ...(2) ## \tan {\theta} = \frac y D ## ...( 3)...
  15. Pushoam

    Determinant of exponential matrix

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  16. Pushoam

    Calculating water pressure in a horizontal pipe

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  17. Pushoam

    Change in the potential energy of a star after explosion

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  18. Pushoam

    Ratio of K. E. of solid cylinder to shell

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