Over a million students use our free study notes to help them with their homework
The equation for the reaction (would be given for this type of question but I ran out of space): C2H4 (g) + H2O (g) ⇌ C2H5OH (g) ∆H = - 46 kJ/molQues...
Sulfur, which is naturally S8 has more electrons than Phosphorus, which is naturally P4. Therefore the Van der Waals between molecules is stronger in Sulfur than it is in Phosphorus,...
An ionic bond is the electrostatic force of attraction between two or more oppositely charged ions, formed by the transfer of electrons...
Electrons are transferred from potassium to sulfur. Two potassium atoms each lose one electron forming K+ / 1+ ions. Sulfur atoms gain 2 electrons forming S2- / 2- ions.
1) Determine the moles of each reactant and thus the limiting reagent:# moles= mass (g)/Mr . Mr of P4O10 = (4 x 30.97) + (10 x 16.00) = 283.88 g molAnswered by Elise W. • Chemistry tutor7556 Views
←
224
225
226
227
228
→
Internet Safety
Payment Security
Cyber
Essentials
