একটি জৈব যৌগের 5.17 mg কে দহন করলে 10.32 mg কার্বন ডাই-অক্সাইড এবং 4.23 mg পানি উৎপন্ন হয়। ${100}^{o}C$ তাপমাত্রা ও 760 mm (Hg) চাপমাত্রায় 0.156 g যৌগ 53 ml আয়তন দখল করে। যৌগটির আণবিক সংকেত নিম্নের কোনটি?

The provided answer indicates that the molecular formula of the organic compound is $C_4{H}_8{O}_2$. This conclusion is reached by analyzing the combustion products and their masses.

Here's a brief breakdown of how to arrive at the answer:

    
• Dhan (Combustion) Products: When the organic compound burned, it produced 10.32 mg of carbon dioxide (CO₂) and 4.23 mg of water (H₂O).
    
• Calculating Carbon and Hydrogen:         
              
  • From the generated CO₂, we can find the amount of carbon in the compound. The molecular weight of CO₂ is approximately 44 g/mol, and knowing that each molecule of CO₂ contains one atom of carbon, we can calculate the moles of carbon produced.
              
  • From the generated H₂O, we can similarly determine the amount of hydrogen. The molecular weight of H₂O is approximately 18 g/mol, and each molecule contains two hydrogen atoms.
          
      
    
• Using Stoichiometry: After determining moles of carbon and hydrogen, you can find their molar ratio. Given the data from the combustion and molecular volume, you can derive the overall empirical formula of the compound.
    
• Result: By performing these calculations, we find that the empirical formula corresponds to $C_4{H}_8{O}_2$, which matches option (d).

Thus, the answer is deemed correct as it accurately reflects the molecular formula derived through the combustion reaction data.

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