Question

SPH 4UV FCA Final Culminating Activities LAB - complete a report and find the mathematical relationship between 2 variables (possible topics listed on the following page) Check list Writing: ☐ Include headings for report (Objective, Materials, Procedure, Observations, Results, Conclusions) ☐ Procedure has enough detail that I could reproduce the lab and come up with similar values BUT it does not have any of my teacher voice giving instructions to students Writing is formal, third person Tables and graphs are explained and embedded in writing Communication of tables & graphs: ☐ graphs have the following: gridlines, titles, units, error bars, shown to origin (if appropriate) ☐ Tables are well organized have units & headings Concepts ☐ Appropriate line / curve shown on the graph Terminology matches appropriate line / curve (proportional, linear, quadratic, root, inverse OR possibly a polynomial of higher degree) ☐ Equation matches appropriate line / curve BUT is a general case discussed in class (for example do NOT use y=3x+0.0004 if you are saying it's proportional> use y=3x if it's proportional) ☐ If a curve is used, the fit is CONFIRMED by adding a column (or a new table) AND by checking for a proportional graph (and the proper variables are graphed for this) ☐ If you are using data from the textbook, you MUST ALSO provide a log-log graph with the slope calculated to confirm your curve (instructions for this are on the first test) ☐ Sources of error are mentioned ☐ Conclusions give equation and name the relationship POSSIBLE TOPICS: C. Go to the planetary data (posted under content / circular & celestial motion) and find the relationship between the period of revolution of orbit and the mean radius of orbit. Confirm with radius cubed and period squared AND create a log-log graph of period vs orbit and find the slope. OPTION C: Planetary Data Assignments ar System Object Mass (kg) Radius of Object (m) Sun 1.99 X 1030 6.96 X 108 Period of Rotation on Axis (s) 2.14X106 Mean Radius of Orbit (m) Period of Revolution of Orbit (s) Orbital Eccentricity Mercury 3.28 X 1023 2.44 X 106 5.05 x 106 5.79 x 1010 7.60 x 106 0.206 Venus 4.83 x 1024 6.05 x 106 2.1 x 107 1.08 x 1011 1.94 x 107 0.007 Earth 5.98 X 1024 6.38 x 106 8.64 x 104 1.49 X 1011 3.16 x 107 0.017 Mars 6.37 x 1023 3.40 x 106 8.86 X 104 2.28 X 1011 5.94 x 107 0.093 Jupiter 1.90 X 1027 7.15 x 107 3.58 X 104 7.78 × 1011 3.75 X 108 0.048 Saturn 5.67 x 1026 6.03 x 107 3.84 x 104 1.43 X 1012 9.30 X 108 0.056 Uranus 8.80 X 1025 2.56 x 107 6.20 x 10 2.87 x 1012 2.65 x 109 0.046 Neptune 1.03 X 1026 2.48 × 107 5.80 x 106 4.50 X 1012 5.20 x 109 0.010 Pluto 1.3 x 1023 1.15X106 5.51 X 105 5.91 X 1012 7.82 X 109 0.248 Moon 7.35 X 1022 1.74 x 106 2.36 x 106 3.84 X 108 2.36 x 106 0.055

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