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In a Vector Meyer appartus 0.168g of a ...

In a Vector Meyer appartus `0.168g ` of a valutile compound displaced `49.4 mL` of air measured over water at `20^(@)C` and 740 mm of pressure. Calculate the molecular weight of the compound (Aqueous tension at `20^(@)C= 18 mm`)

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To calculate the molecular weight of the volatile compound using the data provided, we will follow these steps: ### Step 1: Determine the pressure of the gas The total atmospheric pressure (P_total) is given as 740 mm of Hg, and the aqueous tension (P_water) at 20°C is given as 18 mm of Hg. The pressure of the gas (P_gas) can be calculated using the formula: \[ P_{gas} = P_{total} - P_{water} \] ...
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