Lesson 14 Transformations of Trig Functions

These equations model the vertical position, in feet above the ground, of a point at the end of a windmill blade. For each function, indicate the height of the windmill and the length of the windmill blades.

What is the height of the windmill in feet?  Type the number only.


 $y=5\sin\left(\theta\right)+10$  

These equations model the vertical position, in feet above the ground, of a point at the end of a windmill blade. For each function, indicate the height of the windmill and the length of the windmill blades.

What is the length of the windmill blade in feet?  Type the number only.


 $y=5\sin\left(\theta\right)+10$  

These equations model the vertical position, in feet above the ground, of a point at the end of a windmill blade. For each function, indicate the height of the windmill and the length of the windmill blades.

What is the height of the windmill in feet?  Type the number only.


 $y=8\sin\left(\theta\right)+20$  

These equations model the vertical position, in feet above the ground, of a point at the end of a windmill blade. For each function, indicate the height of the windmill and the length of the windmill blades.

What is the length of the windmill blade in feet?  Type the number only.


 $y=8\sin\left(\theta\right)+20$  

These equations model the vertical position, in feet above the ground, of a point at the end of a windmill blade. For each function, indicate the height of the windmill and the length of the windmill blades.

What is the height of the windmill in feet?  Type the number only.


 $y=4\sin\left(\theta\right)+15$  

These equations model the vertical position, in feet above the ground, of a point at the end of a windmill blade. For each function, indicate the height of the windmill and the length of the windmill blades.

What is the length of the windmill blade in feet?  Type the number only.


 $y=4\sin\left(\theta\right)+15$