GAME DESIGN A computer science student is designing a bike racing game for mobile phones. One of the ramps that a biker must ride over in the game is defined by the function r(x) = -x-375) + 125, where r(x) is the height of the ramp in pixels, and x is the distance in pixels from the lower left corner of a mobile phone's screen. Graph the function and determine the key features. Then interpret the key features and constraints in the context of the situation.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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Example 3
9. GAME DESIGN A computer science student is designing a bike racing game for
mobile phones. One of the ramps that a biker must ride over in the game is
defined by the function r(x) = -x-375) + 125, where r(x) is the height of the
ramp in pixels, and x is the distance in pixels from the lower left corner of a
mobile phone's screen. Graph the function and determine the key features.
Then interpret the key features and constraints in the context of the situation.
Transcribed Image Text:Example 3 9. GAME DESIGN A computer science student is designing a bike racing game for mobile phones. One of the ramps that a biker must ride over in the game is defined by the function r(x) = -x-375) + 125, where r(x) is the height of the ramp in pixels, and x is the distance in pixels from the lower left corner of a mobile phone's screen. Graph the function and determine the key features. Then interpret the key features and constraints in the context of the situation.
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