2- Pure titanium metal can be prepared by reacting titanium ( IV ) chloride with magnesium metal , as shown in the equation above . How many kilograms of MgCl₂ would be produced from 812.5 g of TiCl4 ?
3- A mixture of nitric and nitrous acids can form from the reaction of dinitrogen tetroxide and water as shown in the word equation above . How many grams of nitrous acid can be made from 35.19 grams of water ?
4- Iron ( III ) oxide can be reduced to iron ( II ) oxide by reaction with carbon monoxide as shown in the equation above . How many grams of iron ( II ) oxide can be produced by the reaction of 21.23 g of iron ( III ) oxide and excess carbon monoxide ?
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TiCl(s)+2 Mg(s) — Ti(s)+2MgCl2(s) Pure titanium metal can be prepared by reacting titanium(IV) chloride with magnesium metal, as shown in the equation above. How many kilograms of MgCl₂ would be produced from 812.5 g of TiCl4? Question 9 1 pts dinitrogen tetroxide (g) + water (1) nitric acid (aq) + nitrous acid (aq) A mixture of nitric and nitrous acids can form from the reaction of dinitrogen tetroxide and water as shown in the word equation above. How many grams of nitrous acid can be made from 35.19 grams of water?
? iron (III) oxide + ? carbon monoxide iron (II) oxide + ? carbon dioxide Iron(III) oxide can be reduced to iron (II) oxide by reaction with carbon monoxide as shown in the equation above. How many grams of iron(II) oxide can be produced by the reaction of 21.23 g of iron (III) oxide and excess carbon monoxide?