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1 - 10 of 17 search results for KaKaoTalk:vb20 200 |u:www.ast.cam.ac.uk where 0 match all words and 17 match some words.

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  2. NST2AS NATURAL SCIENCES TRIPOS Part II Monday 3 June ...

    https://www.ast.cam.ac.uk/files/media/2019_nst2as_papers_i-iv.pdf
    11 Jan 2023: The mass flow rate inthe jet is 106 M yr. 1 and the jet velocity is 200 km s1. ... Evaluate tinf in the case that the mass is a black hole of initially M =1000 M, moving at v = 200 km s.

  3. Cop yrig ht © 2013 Uni vers ity o ...

    https://www.ast.cam.ac.uk/files/media/2013_nst2as_papers_i-iv.pdf
    11 Jan 2023: circular velocity curve with Vc = 200 km s.

  4. paper1.dvi

    https://www.ast.cam.ac.uk/files/media/2012_nst2as_papers_i-iv.pdf
    11 Jan 2023: 1 Mpc1? Estimate how this fractional wavelength change compares to the line widthif the gas has a velocity dispersion of 200 km s1 and comment on your result.

  5. NST2AS NATURAL SCIENCES TRIPOS Part II Mon 5 June ...

    https://www.ast.cam.ac.uk/files/media/2023_nst2as_papers_i-iv.pdf
    5 Dec 2023: 6]. (d) If black holes are formed with Mbh(ti) = 200 M at some very earlytime ti t and subsequently grow according to () with radiative efficiencyϵ = 0.1, calculate the maximum ... Show. that a black hole falling radially inwards with velocity at

  6. NST2AS NATURAL SCIENCES TRIPOS Part II Monday 4 June ...

    https://www.ast.cam.ac.uk/files/media/2018_nst2as_papers_i-iv.pdf
    11 Jan 2023: Assume that primordial black holes form when the universe has temper-ature kBT = 200 GeV and g.

  7. NST2AS NATURAL SCIENCES TRIPOS Part II Monday 3 June ...

    https://www.ast.cam.ac.uk/sites/www.ast.cam.ac.uk/files/media/2019_nst2as_papers_i-iv.pdf
    11 Jan 2023: The mass flow rate inthe jet is 106 M yr. 1 and the jet velocity is 200 km s1. ... Evaluate tinf in the case that the mass is a black hole of initially M =1000 M, moving at v = 200 km s.

  8. NST2AS NATURAL SCIENCES TRIPOS Part II Monday 6 June ...

    https://www.ast.cam.ac.uk/files/2022_nst2as_papers_i-v.pdf
    27 Apr 2023: 4]. (ii) A spherical planetesimal of radius 200 km is slowly drifting towards theSun.

  9. Cop yrig ht © 2013 Uni vers ity o ...

    https://www.ast.cam.ac.uk/sites/www.ast.cam.ac.uk/files/media/2013_nst2as_papers_i-iv.pdf
    11 Jan 2023: circular velocity curve with Vc = 200 km s.

  10. NST2AS NATURAL SCIENCES TRIPOS Part II Tuesday 2 June ...

    https://www.ast.cam.ac.uk/files/media/2020_nst2as_papers_i-iv.pdf
    11 Jan 2023: A shock from a nearby supernovapasses through the ISM with a velocity V = 200 km s1.

  11. paper1.dvi

    https://www.ast.cam.ac.uk/sites/www.ast.cam.ac.uk/files/media/2012_nst2as_papers_i-iv.pdf
    11 Jan 2023: 1 Mpc1? Estimate how this fractional wavelength change compares to the line widthif the gas has a velocity dispersion of 200 km s1 and comment on your result.

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