The length s  of a shadow cast by vertical gnomon of h height h when the angle of the sun above the horizon is theta can be modeled by the equation. s=hsin(90degrees-theta)/sin(theta)   , 0 degrees < theta< 90 degrees A) verify the expression for s is equal to h cot theta B) Use a graphing utility to complete the lengths s for different values of theta. Let h=4ft. (round to two decimal places)  theta            theta        s 15 degrees   30 degrees   45 degrees   60 degrees   75 degrees   90 degrees           C) use your table from part B to determine the angle of the sun that results in the length of the shadow D) what time of the day is it when the angle of the sun is above the horizon is 90 degrees.

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter6: The Trigonometric Functions
Section6.3: Trigonometric Functions Of Real Numbers
Problem 15E
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The length of a shadow cast by vertical gnomon of h height h when the angle of the sun above the horizon is theta can be modeled by the equation.

s=hsin(90degrees-theta)/sin(theta)   , 0 degrees < theta< 90 degrees

A) verify the expression for s is equal to h cot theta

B) Use a graphing utility to complete the lengths s for different values of theta. Let h=4ft. (round to two decimal places)

 theta           

theta        s
15 degrees  
30 degrees  
45 degrees  
60 degrees  
75 degrees  
90 degrees  
   
   

C) use your table from part B to determine the angle of the sun that results in the length of the shadow

D) what time of the day is it when the angle of the sun is above the horizon is 90 degrees.

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