Let's evaluate each statement based on the typical behavior of water temperature with depth, assuming a usual graphical relationship of temperature versus depth without actually viewing it:
-
It is a probabilistic interpretation to say that the water temperature drops as the scuba diver goes deeper into the water.
- True. The temperature drop with depth can be seen as a trend that generally occurs, but there can be variations depending on factors like currents or thermal layers.
-
The water temperature is usually about 110 degrees on the surface of the water.
- False. Typically, water does not reach 110 degrees Fahrenheit on the surface unless in extreme conditions; surface water temperature is usually much lower than this.
-
The water would hit zero degrees after diving down about 125 feet.
- False. Water does not typically reach freezing temperatures (0 degrees Celsius or 32 degrees Fahrenheit) at 125 feet depth; it usually requires much colder environments to reach that temperature.
-
We can use a deterministic interpretation to say that the water temperature would be over 120 degrees if the scuba diver was -10 ft out of the water.
- False. This statement implies a specific mathematical relationship that does not usually hold true for water temperature; it's generally not deterministic to state that it would be over 120 degrees.
-
The temperature seems to be dropping 1 degree per foot as the diver dives deeper.
- True. This is a common pattern seen in temperature graphs related to water depth, showcasing that temperature decreases at a linear rate with depth.
Based on this assessment, the true statements are:
- It is a probabilistic interpretation to say that the water temperature drops as the scuba diver goes deeper into the water.
- The temperature seems to be dropping 1 degree per foot as the diver dives deeper.