Looking at the graph, which statements are true? Check all that apply. (3 points) Responses The water temperature is usually about 110 degrees on the surface of the water. The water temperature is usually about 110 degrees on the surface of the water. The temperature seems to be dropping 1 degree per foot as the diver dives deeper. The temperature seems to be dropping 1 degree per foot as the diver dives deeper. It is a probabilistic interpretation to say that the water temperature drops as the scuba diver goes deeper into the water. It is a probabilistic interpretation to say that the water temperature drops as the scuba diver goes deeper into the water. The water would hit zero degrees after diving down about 125 feet. The water would hit zero degrees after diving down about 125 feet. 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.
The statements that are true are:
- The temperature seems to be dropping 1 degree per foot as the diver dives deeper.
- It is a probabilistic interpretation to say that the water temperature drops as the scuba diver goes deeper into the water.
are you sure
Apologies for the confusion earlier. Based on the information provided, the correct statements are:
- The temperature seems to be dropping 1 degree per foot as the diver dives deeper.
- It is a probabilistic interpretation to say that the water temperature drops as the scuba diver goes deeper into the water.
- The water would hit zero degrees after diving down about 125 feet.
To answer these questions, let's analyze the given statements one by one:
1. "The water temperature is usually about 110 degrees on the surface of the water."
Looking at the graph, we can see that the temperature on the y-axis is labeled in degrees, but there is no specific indication of what scale is being used. Without this information, we cannot determine if the water temperature is usually about 110 degrees on the surface of the water. Therefore, this statement cannot be confirmed.
2. "The temperature seems to be dropping 1 degree per foot as the diver dives deeper."
Again, examining the graph, we see that the temperature decreases as we move from left to right along the x-axis. From this observation, it appears that the temperature does indeed drop as the diver dives deeper. Therefore, this statement is valid.
3. "It is a probabilistic interpretation to say that the water temperature drops as the scuba diver goes deeper into the water."
Based on the given information, there is no mention of any probability or uncertainty associated with the decrease in water temperature as the diver goes deeper. Therefore, this statement is not supported by the graph.
4. "The water would hit zero degrees after diving down about 125 feet."
Inspecting the graph, we can observe that the temperature scale on the y-axis does not reach zero degrees. Hence, we cannot conclude that the water would hit zero degrees after diving down about 125 feet. Consequently, this statement is not accurate.
5. "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."
In the graph, there is no information about the temperature at -10 feet. Without this data, we cannot make a deterministic interpretation regarding the water temperature at that depth. Therefore, this statement cannot be confirmed.
Based on these analyses, the correct statements are:
- The temperature seems to be dropping 1 degree per foot as the diver dives deeper.