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Two vessels of capactie 1.5 L and 2.0 L ...

Two vessels of capactie 1.5 L and 2.0 L containing hydrogen at 750 mm pressure and oxygen at 100 mm pressure, respectivity are connected to each other through a valve. What will be the final pressure of the gaseous mixture assuming that the temperature remains constant?

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To find the final pressure of the gaseous mixture when two vessels containing hydrogen and oxygen are connected, we will use the principles of gas laws, specifically Boyle's Law. Here’s the step-by-step solution: ### Step 1: Identify the Given Information - **Vessel 1 (Hydrogen)**: - Volume (V1) = 1.5 L - Pressure (P1) = 750 mmHg - **Vessel 2 (Oxygen)**: - Volume (V2) = 2.0 L ...
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CENGAGE CHEMISTRY-STATES OF MATTER-Ex 5.3
  1. 200 mL of hydrogen and 250 mL of nitrogen, each measured at 15^(@)C an...

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  2. 400 mL of N(2) gas at 700 mm and 300 mL of H(2) gas at 800 mm are intr...

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  3. Two vessels of capactie 1.5 L and 2.0 L containing hydrogen at 750 mm ...

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  4. A diver uses noen- oxygen mixture containing 7.4 g oxygen and 167.5 g ...

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  5. A sample of O(2) is collected over water at 22^(@)C and 748 torr pessu...

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  6. A cylinder containing nitrogen gas and same liquid water at a temperat...

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  7. A gaseous mixture containing 8g of O(2) and 227 mL of N(2) at STPis e...

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  8. A flask of 1.5 L capacity contains 400 mg of O(2) and 60 mg of H(2) a...

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  9. 50 g of dinotrogen (N(2)) and 2.0 g of helium are enclosed in a vessel...

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  10. A gaseous mixture contains 5.6 g of carbon (II) oxide and rest carbon ...

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  11. At room temperature, ammonia gas at 1 atm pressure and hydrogen chlori...

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  12. The volumes of ozone and chlorine diffusing in the same time are 35 mL...

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  13. Which will diffuse faster, ammonia of CO(2) ? What are their relative ...

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  14. A 4 : 1 molar mixture of He and CH(4) is contained in a vessel at 20 b...

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  15. 20 dm^(3) of SO(2) diffuse through a porous partition in 60 s. what vo...

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  16. One mole of nitrogen gas at 0.8atm takes 38s to diffuse through a pinh...

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