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St. Louis Science Center Planetarium Mathematics I. or II.

PLANETARIUM SLOPES AND ANGLES

Name ____________________ Date __________

Complete the tables below and attach your calculations to this table page. Turn this in to your teacher. If you wish to email your work to the address below - please use your initials in place of your name. You will probably not get a return response other than a smile. For helpful suggestions link here. For resource equations or formulas related to the St. Louis Science Center Planetarium click here: Link To Formulas

Print this table page to fill out:

Use the function y = f(x) for the branch of the Planetarium Hyperbola above the x-axis. Find the value of x for each f(x) listed. Find the first derivative of f(x) to calculate data then complete that column below. For each derivative calculation determine the angle in degrees between the positive x-axis and the tangent line to the curve. Consider using another computer software program to construct this table.

  x =   f (x) =   f ' (x) =   Angle =   Comments
          14.5 feet      
          14.0      
          14.0      
          13.5      
          13.0      
          12.5      
          12.0      
          11.5      
          11.0      
          10.5      
            9.5      
            9.0      
            8.5      
            8.0      
            7.5      
            7.0      
            6.5      
            6.0      
            5.5      
            5.0      
            4.5      
            4.0      
            3.5      
            3.0      
            2.5      
            2.0      
            1.5      
            1.0      
            0.5      
            0.0      

Use the function y = f(x) for the branch of the Planetarium Hyperbola below the x-axis. Find the value of f(x) for each x listed. Find the first derivative of f(x) to calculate data then complete that column below. For each derivative calculation determine the angle in degrees between the positive x-axis and the tangent line to the curve. Consider using another computer software program to construct this table.

  x =   f (x) =   f ' (x) =   Angle =   Comments
          0.5 feet        
          1.0        
          1.5        
          2.0        
          2.5        
          3.0        
          3.5        
          4.0        
          4.5        
          5.0        
          6.0        
          7.0        
          8.0        
          9.0        
        10.0        
        11.0        
        12.0        
        13.0        
        14.0        
        15.0        
        18.0        
        21.0        
        24.0        
        27.0        
        30.0        
        33.0        
        36.0        
        42.0        
        48.0        
        54.0        
        60.0        
        63.0        
        66.0        
        69.0        
        70.0        
        70.5        
        71.0        
        72.0        
        75.0        
        78.0        
        81.0        
        82.0        
        82.5        
        83.0        
        83.5        
        84.0        

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