B2o3(s) + 3c(s) + 3cl2 (g) > 2 bcl3(g) + 3co(g)
calculate how many moles of bcl3 are produced from the reaction of 61.0g of b203?
a. 1.75 mol
b. 0.0150 mol
c. 51.3 mol
d. 211 mol

Hydrogen is the most abundant element on the periodic table..hope it .

Higher temperature = molecules move around faster. and vice versa.

Answer is: the equilibrium  shifts toward the reactants, to the left side of chemical reaction.it is because lead(ii) nitrate dissociates in water: pb(no₃)₂ → pb²⁺(aq) + 2no₃⁻(aq).according to lechatelier's principle, the position of equilibrium moves to counteract thechange (more lead cations, common ion), the position of equilibrium will move so that the concentration ofproducts decrease and concentration of reactants of chemical reaction increase.read more on -