Storyboard Szöveg
- According to Boyle's Law, this is the formula that is used to find solutions based around Boyle's Law.
- P1 x V1 = P2 x V2
- Boyle's Law relates Pressure and Volume inversely, if the temperature is constant.
- According to this Law, the Volume and Pressure variables can be manipulated.
- According to this Law, the Temperature variable remains constant.
- A good real-life example of Boyle's Law could be pumping nutrients into someones body.
- If gases did not act like this, the Pressure and Volume of anything would no longer be significant and would react in a different manner.
- Understanding how Boyle's Law works helps to understand how Pressure and Volume are inversely related. Knowing this can be life saving, given specific scenario's.
- One major example of how Boyle's Law effects us everyday is how we breathe. When we inhale oxygen, the pressure in our lungs increase and when we exhale, the pressure decreases.
- Another example of Boyle's Law is trash compactors. Machines use certain amounts of Pressure to crush trash bags, which decreases the volume of the trash bag.
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