An ideal gas has an initial volume of 595 mL and an unknown number of moles. When the volume changes to 905 mL, under co

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An ideal gas has an initial volume of 595 mL and an unknown number of moles. When the volume changes to 905 mL, under co

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An Ideal Gas Has An Initial Volume Of 595 Ml And An Unknown Number Of Moles When The Volume Changes To 905 Ml Under Co 1
An Ideal Gas Has An Initial Volume Of 595 Ml And An Unknown Number Of Moles When The Volume Changes To 905 Ml Under Co 1 (63.64 KiB) Viewed 13 times
An ideal gas has an initial volume of 595 mL and an unknown number of moles. When the volume changes to 905 mL, under conditions of constant pressure and temperature, the resultant number of moles is found to be 23.9 moles. Calculate the original number of moles. You do not need to enter a unit with your answer. Answer: A particular gas has initial conditions of 14.5 L and 4.34 mole. If the number of moles changes to 0.542 moles, calculate the new volume. Assume the pressure and temperature remain constant. Be sure to enter a unit with your answer. Answer:
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