The name for the compound CCl4 is Carbon Tetrachloride. It is a toxic colorless liquid with a sweet smell. People also asked.

Calculate the percent-by-mass of benzene(C6H6) in a solution containing 25.0 gbenzene and 14.0 g of carbon tetrachloride (CCl4).b. What is the mole fraction ofCCl4 in this solution? c.

Use this simple formula: Atomic Mass of Atom of Interest Molecular Mass × 100%. (In this case, you can actually ignore the mass units if you wish, because you'll end up canceling them out anyways.) Using this information, we just have: 35.453 × 4 equiv. Cl 12.011 ×1 equiv. C + 35.453 × 4 equiv. Cl × 100%. = 141.812 153.823 ×100%.

. solution .pdf Do you need an answer to a question different from the above? Ask your question! Next Previous Related Questions Q: Which of the following molecules have dipole moments? (Select allthat apply.) (a) CH 2 Cl 2 CHCl3. the following molecules have dipole moments? (Select allthat apply.) (a) CH 2. Posted 2 years ago Q:

For example, suppose you have 2 moles of carbon tetrachloride (CCl4), 3 moles of benzene (C 6 H 6) and 4 moles of acetone (C 3 H 6 O). The total number of moles in solution is 9.

Let us consider that the mass of the solution is 100 gramsIn the case of Benzene:Mass of benzene = 30 gramsmolar mass of benzene = 78N umberofmoles = W eightingrams MolecularweightNumber of moles of benzene = 30 78= 0.38In the case of Carbon tetrachloride:mass of carbon tetrachloride = 70molar mass of carbon tetrachloride = 154N.

Chuck W. Jun 25, 2014 Based on symmetry alone, we know that H 2S is the only one of these molecules that has a dipole moment. In the case of Cl2, the 2 atoms are identical, so no polarization of the bond is possible, and the dipole moment is zero.

Probably one of the most familiar applications of this phenomenon is the addition of ethylene glycol (“antifreeze”) to the water in an automobile radiator. This solute lowers the freezing point of the water, preventing the engine from cracking in very cold weather from the expansion of pure water on freezing.

The density of ccl4 (carbon tetrachloride ) is 1.58 g/ml then the mass of ccl4 is 151.206 g .. Calculation , density of (carbon tetrachloride) = 1.58 g/ml. volume of ( carbon tetrachloride) = 95.7ml