resulting changes to the gas’s pressure.✔ volume.weight.
Justify your answer.
As weight was added to the syringe, the pressure on the trapped air increased and its volume decreased. Therefore, the data supported the hypothesis.
Since P • V was the same for all pressures, this student’s data was
Check all reasons why a book was used.
Did you suggest filling the balloons with less air, thereby decreasing the pressure?
Sample Justification: As weight was added to the top of a syringe, the volume of the air trapped in the syringe decreased. The weight and the surface area of the plunger were used to calculate pressure. As more weight was added, the pressure increased. The volume decreased in response.
Suppose that the student took one more volume reading of 24.2 mL but forgot to measure the pressure. Compute the pressure expected for that volume. 1.221.472.134.26 kg/cm²
The amount of gas (in terms of moles, mass, and molecules) decreased✔ was constantfluctuated randomlyincreased
Suppose that the student took one more volume reading of 24.2 mL but forgot to measure the pressure. Compute the pressure expected for that volume. kg/cm²
Check all actions that change the constant k.
Based on Charles’sAvogadro’s✔ Boyle’sHess’s law, pressure and volume were expected to be inversely proportional.
Check all actions that change the constant k.
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