You are trying to make balloon sculptures. You twist the balloons gently, but they keep popping. Besides trimming your nails, how could you you prevent that? Why will your strategy work?
Inflate the balloons less and leave some uninflated space. That gives the air room to move when you twist the balloon, so the pressure rises less and the balloon is less likely to pop.
resulting changes to the gas’s pressure.volume.weight.
The amount of gas (in terms of moles, mass, and molecules) decreasedwas constantfluctuated randomlyincreased
Based on Charles’sAvogadro’sBoyle’sHess’s law, pressure and volume were expected to be inversely proportional.
Did you suggest filling the balloons with less air, thereby decreasing the pressure? yesnosort of
Air pressure is lower at high altitudes. An airplane cabin can adjust, but as the plane rises, passengers can experience temporary pain in their ears. Check all facts below that explain why.
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To answer this question, you used weight to change the pressuresolubilitytemperature of the gas and measured the
Did the data support the hypothesis (above)? yessomewhatno
A student doing this experiment obtained the data shown in the table above. The value of the constant, k, for this data is 0.0425.750.051.5
Check all reasons why a syringe was a good choice of tool in this experiment.
Since P • V was the same for all pressures, this student’s data was inaccuraterandomaccurate
Check all reasons why a book was used.
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
Check all actions that change the constant k.
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