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The Royal High School, Bath Marina Ivon Kaat Michela Image (Courtesy of the Hubble Space Telescope): HST Mystic Mountain, Carina Nebula. Does the Sun affect.

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Presentation on theme: "The Royal High School, Bath Marina Ivon Kaat Michela Image (Courtesy of the Hubble Space Telescope): HST Mystic Mountain, Carina Nebula. Does the Sun affect."— Presentation transcript:

1 The Royal High School, Bath Marina Ivon Kaat Michela Image (Courtesy of the Hubble Space Telescope): HST Mystic Mountain, Carina Nebula. Does the Sun affect cosmic ray detection?

2 Their Hypothesis The Sun may have a blocking effect on cosmic radiation.

3 Zenith – The imaginary point located directly above a location on the Earth’s surface. zenith

4  Confidence intervals were added to show the range of uncertainty in the data values.  The number of cosmic ray events detected are at a minimum at noon.  RHS: Trend is present with 95% confidence.  Station 305: Trend is present with 99% confidence. Supporting Evidence for Hypothesis RHS Station 305

5 Their Conclusion Their evidence supports their hypothesis which states that the Sun may have a blocking effect on cosmic ray detection is a viable theory. Images are featured in this presentation in courtesy of Wikipedia, Google Images and the Hubble Space Telescope.

6 Our Research Using the examples set by the previous students, we moved on to find further evidence for the hypothesis that the blocking effect is indeed coming from the Sun.

7 Characteristics of Cosmic Ray Showers  They came from the same particle  They travel in parallel  Enough energy to travel close to speed of light

8 Angle of Incidence t= 2.5 x 10⁻⁹ s c= 3 x 10⁸ m/s ct= 0.75 m 6 m Detector 1 Detector 2 ct ct 0.75 m cosα = 0.75 / 6 cosα = 0.125 α = 83° α = cos ⁻ 1 ((c*t)/6) α

9 Screenshot of excel spreadsheet

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11 Solid angle… A fraction of the surface of a sphere that a particular object covers … which is measured in steradians Solid angle of half a cone… π (1-cos ө)

12 C B A B C D E A = B (C + B ) – A = C

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15 What We Will Do Next

16 2α = diameter of Sun / distance to Earth 2α = 1,391,684 / 1.496 x 10⁸ 2α = 0.009303 2 π(1-cos α) Solid angle= 8.2818 x 10⁻⁸ Sun Earth 2α2α Distance From NASA website: Distance from sun to earth= 1.496 x 10⁸ km Diameter of sun = 1,391,684km From NASA website: Distance from sun to earth= 1.496 x 10⁸ km Diameter of sun = 1,391,684km


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