Students in physics were conducting experiments to determine the relationship between gas volume and temperature. Using a flexible container filled with helium gas, students manipulated the temperature and recorded the new volumes as the experiment progressed. The instructor asked the students to stop the graph at 350K. What was the volume of helium gas at 50K?
Responses
A 25.0cc25.0cc
B 37.5cc37.5cc
C 50.0cc50.0cc
D 100cc
There is not enough information given to determine the volume of helium gas at 50K.
To determine the volume of helium gas at 50K, we need to refer to the graph of the relationship between gas volume and temperature that the students were working on.
Unfortunately, we don't have access to the graph from the physics experiment. Therefore, we cannot directly find the exact volume of helium gas at 50K.
However, we can make some observations and use our understanding of the relationship between gas volume and temperature to make an educated estimate.
From the information given, the instructor asked the students to stop the graph at 350K. This means that the temperature range for the experiment was between 0K and 350K.
One key relationship in physics is Charles's Law, which states that the volume of a fixed amount of gas at a constant pressure is directly proportional to its temperature (V ∝ T).
Based on Charles's Law, as the temperature increases, the volume of the gas also increases proportionally. Therefore, if the experiment started at 0K and ended at 350K, it is reasonable to assume that the volume of helium gas at 50K would be smaller than the volume at 350K.
Looking at the provided answer options:
A) 25.0cc
B) 37.5cc
C) 50.0cc
D) 100cc
Based on our understanding of the relationship between volume and temperature, it is most likely that the volume of helium gas at 50K would be smaller than 50.0cc and 100cc (options C and D).
Therefore, the best estimate would be either option A) 25.0cc or option B) 37.5cc. Without the specific graph or more information, we cannot determine the exact volume of helium gas at 50K. However, based on the principles of physics and the temperature range given, option B) 37.5cc seems like a reasonable estimate.