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15 cards from this deck
Robert Boyle
At constant temp, volume inversely proportional to pressure
Pressure increases, volume decreases (and vice versa)
Constant temperature
pV=kpV = kpV=k (constant)
V∝1pV \propto \frac{1}{p}V∝p1
12V\frac{1}{2}V21V (halves)
Collisions of gas particles with container walls
Decreasing volume increases collision frequency
p×Vp \times Vp×V product
Curved (hyperbolic) line
Straight horizontal line
Syringes, breathing, ears popping, pneumatic systems
p1V1=p2V2p_1V_1 = p_2V_2p1V1=p2V2
Digital pressure sensors with syringes
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