The salinity of the ocean changes with latitude and with depth. Suppose the salinity to depths of 1000 meters at a certain latitude is modeled by the function below. The input x is the depth in meters, and the output f(x) is in grams of salt per kilogram of seawater. Approximate analytically the depth where the salinity equals 35. f(x)=32.6+1.2 log (x + 1) The depth is approximately__ meters. (Round to the nearest meter) AMERICA 16/06/2023 07:28

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The salinity of the ocean changes with latitude and with depth. Suppose the salinity to depths of 1000 meters at a
certain latitude is modeled by the function below. The input x is the depth in meters, and the output f(x) is in grams of
salt per kilogram of seawater. Approximate analytically the depth where the salinity equals 35.
f(x)=32.6+1.2 log (x + 1)
The depth is approximately meters.
(Round to the nearest meter)
16/06/2023 07:28
Transcribed Image Text:The salinity of the ocean changes with latitude and with depth. Suppose the salinity to depths of 1000 meters at a certain latitude is modeled by the function below. The input x is the depth in meters, and the output f(x) is in grams of salt per kilogram of seawater. Approximate analytically the depth where the salinity equals 35. f(x)=32.6+1.2 log (x + 1) The depth is approximately meters. (Round to the nearest meter) 16/06/2023 07:28
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