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1 - 10 of 12 search results for Economics test |u:www.ast.cam.ac.uk where 0 match all words and 12 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: i) A test particle moves on a bound orbit in a spherical gravitationalpotential Φ(r). ... ii) A test particle moves in the gravitational potential of a point massM.

  3. 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: Is the starlikely to be disrupted? (ii) A black hole of mass M is embedded in the centre of an infinite,homogeneous, three-dimensional sea of test particles. ... f0(v) =n0. (2π σ2)3/2exp. [1. 2v2/σ2. ]. Show that the fraction of test particles that

  4. 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: i) A test particle moves on a bound orbit in a spherical gravitationalpotential Φ(r). ... ii) A test particle moves in the gravitational potential of a point massM.

  5. NST2AS NATURAL SCIENCES TRIPOS Part II Tuesday 08 June ...

    https://www.ast.cam.ac.uk/files/media/2021_nst2as_papers_i-iv.pdf
    11 Jan 2023: i) Assume that a test particle moves in the gravitational potential of apoint mass M. ... Show that a test particle in orbit aroundthe black hole with specific angular momentum h satisfies.

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

    https://www.ast.cam.ac.uk/sites/www.ast.cam.ac.uk/files/media/2018_nst2as_papers_i-iv.pdf
    11 Jan 2023: Is the starlikely to be disrupted? (ii) A black hole of mass M is embedded in the centre of an infinite,homogeneous, three-dimensional sea of test particles. ... f0(v) =n0. (2π σ2)3/2exp. [1. 2v2/σ2. ]. Show that the fraction of test particles that

  7. paper1.dvi

    https://www.ast.cam.ac.uk/files/media/2012_nst2as_papers_i-iv.pdf
    11 Jan 2023: 1[. (R R0)2 z2]1/2. 1. 0. dx[. (1 x2)(1 k2x2)]1/2. , (). where. k2 =4RR0. (R R0)2 z2. (ii) A test particle describes a circular orbit

  8. NST2AS NATURAL SCIENCES TRIPOS Part II Tuesday 08 June ...

    https://www.ast.cam.ac.uk/sites/www.ast.cam.ac.uk/files/media/2021_nst2as_papers_i-iv.pdf
    11 Jan 2023: i) Assume that a test particle moves in the gravitational potential of apoint mass M. ... Show that a test particle in orbit aroundthe black hole with specific angular momentum h satisfies.

  9. 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: Σ(R) =Ma. 2π. 1. (R2 a2)3/2. [5]. Calculate the circular velocity vc(R) of a test particle orbiting in the discat radius R. ... 7]. Discuss briefly how peculiar velocities can be used to test cosmologicalmodels.

  10. 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[. (R R0)2 z2]1/2. 1. 0. dx[. (1 x2)(1 k2x2)]1/2. , (). where. k2 =4RR0. (R R0)2 z2. (ii) A test particle describes a circular orbit

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

    https://www.ast.cam.ac.uk/sites/www.ast.cam.ac.uk/files/media/2020_nst2as_papers_i-iv.pdf
    11 Jan 2023: Σ(R) =Ma. 2π. 1. (R2 a2)3/2. [5]. Calculate the circular velocity vc(R) of a test particle orbiting in the discat radius R. ... 7]. Discuss briefly how peculiar velocities can be used to test cosmologicalmodels.

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