80 =3 4 228 F4 R 25 2/2 26. 27. 28 29. 30. 31. 34. 35. 32. Boyle's Law 33. 21 36, 37. 38. A barometer Air pressure incre

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80 3 4 228 F4 R 25 2 2 26 27 28 29 30 31 34 35 32 Boyle S Law 33 21 36 37 38 A Barometer Air Pressure Incre 1 (44.75 KiB) Viewed 8 times

80 =3 4 228 F4 R 25 2/2 26. 27. 28 29. 30. 31. 34. 35. 32. Boyle's Law 33. 21 36, 37. 38. A barometer Air pressure increases $5 1.5 atm Pand V Figure-4 Pressure 0ml. Doubling 2 moles Gas A 1 ^ 6 :0: 100% + A manometer Air pressure decreases 50 kPa Vand T Figure-5 Volume T Y Charle's Law 41 22.4 ml Quadrupling 4 moles :CI: Gas B 16-0-6: :6: figure-1 100 & 7 B is used to measure the pressure of a confined gas. as elevation increases. is equivalent to 1140 mmHg. are directly proportional shows an inverse relationship. is directly proportional to temperature for a confined gas in a piston. relates volume and temperature. is the final volume when 2 L of Ne at 100 °C is increased i to 200 °C. Assume the pressure is constant. is the theoretical volume of a gas sample when its temperature is reduced to 0 K 38 the pressure will quadruple the volume of a confined gas in a piston at constant temperature. is the quantity of gas in a in a 24.9 L container at 200. kPa and 27 °C. (rounded to 1 significant digit) exerts a greater pressure when 2 moles A and 3. moles B exert a combined pressure of I atmosphere in a rigid container. is the sum of all mole fractions in a mixture. F: Figure-21 8 00 DII U I 69 ( 9 fige-3 DD ) 13 ZA available unel you sign in a F10 8 0 P I 1. $11 17 { + 11