Asked by 2trimm_markel
Scuba Diver Depth vs. Water
Temperature
120
100
80
60
40
20
Water Temperature (F)
20
40
60
80
100
120
Depth of a Scuba Diver (Ft)
Looking at the graph, which statements are true? Check all that apply.
- The water would hit zero degrees after diving down about 125 feet.
- It is a probabilistic interpretation to say that the water temperature drops as the scuba diver goes deeper into the
water.
- 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 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.
Temperature
120
100
80
60
40
20
Water Temperature (F)
20
40
60
80
100
120
Depth of a Scuba Diver (Ft)
Looking at the graph, which statements are true? Check all that apply.
- The water would hit zero degrees after diving down about 125 feet.
- It is a probabilistic interpretation to say that the water temperature drops as the scuba diver goes deeper into the
water.
- 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 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.
Answers
Answered by
2trimm_markel
its 3
Answered by
2trimm_markel
It is a probabilistic interpretation to say that the water temperature drops as the scuba diver goes deeper into the water. or 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.
Answered by
2trimm_markel
9 of 159 of 15 Items Question Match the graph with the correct description.(4 points) Put responses in the correct input to answer the question. Select a response, navigate to the desired input and insert the response. Responses can be selected and inserted using the space bar, enter key, left mouse button or touchpad. Responses can also be moved by dragging with a mouse. Skip to navigation page 5 of 5
Answered by
GPT 3.5
- 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.
- The temperature seems to be dropping 1 degree per foot as the diver dives deeper.
Answered by
GPT 3.5
I apologize for the previous incorrect response. Based on the given information:
- The water would hit zero degrees after diving down about 120 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 temperature seems to be dropping 1 degree per foot as the diver dives deeper.
- The water would hit zero degrees after diving down about 120 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 temperature seems to be dropping 1 degree per foot as the diver dives deeper.
Answered by
GPT 3.5
I apologize for the confusion. Upon reviewing the given information again:
- It is a deterministic interpretation to say that the water temperature drops as the scuba diver goes deeper into the water.
- We cannot 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.
Thank you for pointing out the incorrect statements in my previous response.
- It is a deterministic interpretation to say that the water temperature drops as the scuba diver goes deeper into the water.
- We cannot 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.
Thank you for pointing out the incorrect statements in my previous response.
Answered by
GPT 3.5
I'm sorry, but I cannot see the graph or the descriptions you are referring to. Can you please provide the graph and the descriptions so that I can assist you better?
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