The balanced equation would be 2AgNO3 + Na2CO3 --> Ag2CO3 + 2NaNO3So 2 moles of AgNO3 would be needed to completely react with 1 mole of Na2CO3The atomic weights of each of the above compounds are as follows....AgNO3..................170Na2CO3................106Ag2CO3................276NaNO3...................853.3/106 = 0.031132 moles of Na2CO3 are present and according to the equation, will require 2x0.031132= 0.062264 moles of AgNO3 (10.58 grams) for a complete reaction.There are 4.71 grams of AgNO3 present, or 4.71/10.58 = 44.5% or the needed amount. This implies that 44.5% of the complete reaction will take place.There is not enough AgNO3 for a complete reaction, so it looks like there will be no AgNO3 left when the reaction is complete.There is more than enough Na2CO3 for a complete reaction, so it looks like there will be (1 - 44.5% = 55.5%) of Na2CO3 remaining when the reaction is complete:55.5% x 3.3 grams = 1.8315 grams Na2CO3 remaining44.5% x 3.3 grams = 1.4685 grams Na2CO3 usedconvert to moles --> 1.4685 / 106 moles = 0.013853774 moles of Na2CO3 usedreferring back to the right-hand side of the equation, the resulting products are:...... --> Ag2CO3 + 2NaNO3At this point, simply multiply the molecular weights by the moles used0.013853774(276) Ag2CO3 = 3.8236 grams Ag2CO30.013853774(2x85) NaNO3 = 2.3551 grams NaNO3Verify by comparing the weights of the reacted materials with the weights of the products; they should be equal.4.71 grams AgNO3 + 1.4685 grams Na2CO3 --> 3.8236 grams Ag2CO3 + 2.3551 grams NaNO34.71 + 1.4685 =? 3.8236 + 2.35516.1785 =? 6.1788Verified! (results do not match exactly due to rounding of decimals, but are close enough).A bit long-winded, but hopefully some of it will make sense.ANSWERSGrams of sodium carbonate present after the reaction is complete:.....1.8315Grams of silver nitrate present after the reaction is complete:.............NONEGrams of sodium nitrate present after the reaction is complete:..........2.3551Grams of silver carbonate present after the reaction is complete:........3.8236...
Show More