Given the following balanced equation: 2 KHCO3 (s)--> K₂CO3 (s) + H₂CO3 (g) Molar mass of KHCO3 is 100.12 g. Molar mass

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answerhappygod
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Given the following balanced equation: 2 KHCO3 (s)--> K₂CO3 (s) + H₂CO3 (g) Molar mass of KHCO3 is 100.12 g. Molar mass

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Given The Following Balanced Equation 2 Khco3 S K Co3 S H Co3 G Molar Mass Of Khco3 Is 100 12 G Molar Mass 1
Given The Following Balanced Equation 2 Khco3 S K Co3 S H Co3 G Molar Mass Of Khco3 Is 100 12 G Molar Mass 1 (42.29 KiB) Viewed 33 times
Given the following balanced equation: 2 KHCO3 (s)--> K₂CO3 (s) + H₂CO3 (g) Molar mass of KHCO3 is 100.12 g. Molar mass of K₂CO3 is 138.21 g. Molar mass of H₂CO3 is 62.03 g. What mass of K₂CO3 would be produced from 1.976 grams of KHCO3? 1.364 g 1.457 g 1.051 g 0.8407 g
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