The average daily height of a river can be modeled with a cyclic function. The minimum average daily height is 16 meters after 5 days. The maximum average daily height is 20 meters after 21 days. If the equation y = in meters, then the smallest positive values for a, b, c and d are: a*sin(b(x – c)) +d is used to model this situation where x = days that have passed and y = average daily height a = b = C = d =

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ISBN:9780470458365
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The average daily height of a river can be modeled with a cyclic function. The minimum average daily height is 16 meters after 5
days. The maximum average daily height is 20 meters after 21 days.
If the equation y
in meters, then the smallest positive values for a, b, c and d are:
a*sin (b(r – c)) +dis used to model this situation where x = days that have passed and y = average daily height
a =
b =
C =
d =
Transcribed Image Text:The average daily height of a river can be modeled with a cyclic function. The minimum average daily height is 16 meters after 5 days. The maximum average daily height is 20 meters after 21 days. If the equation y in meters, then the smallest positive values for a, b, c and d are: a*sin (b(r – c)) +dis used to model this situation where x = days that have passed and y = average daily height a = b = C = d =
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