A useful application of oxalic acid is the removal of rust, Fe2O3.   Fe2O3(s)  +   6 H2C2O4(aq)  →  2 Fe(C2O4)3(aq)  +  3 H2O  + 6 H+(aq)   Calculate the number of grams of rust that can be removed by 500 mL of a 0.100M oxalic acid.     1.33 g Fe2O3     7.98 g Fe2O3     3.99 g Fe2O3     2.66 g Fe2O3

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A useful application of oxalic acid is the removal of rust, Fe2O3.

 

Fe2O3(s)  +   6 H2C2O4(aq)  →  2 Fe(C2O4)3(aq)  +  3 H2O  + 6 H+(aq)

 

Calculate the number of grams of rust that can be removed by 500 mL of a 0.100M oxalic acid.

   

1.33 g Fe2O3

   

7.98 g Fe2O3

   

3.99 g Fe2O3

   

2.66 g Fe2O3

A useful application of oxalic acid is the removal of rust, Fe203.
Fe203(s) + 6 H2C2O4(aq)
2 Fe(C204)3(aq) + 3 H20 + 6 H+(aq)
Calculate the number of grams of rust that can be removed by 500 mL of a 0.100M oxalic acid.
1.33 g Fe203
7.98 g Fe203
3.99 g Fe203
2.66 g Fe203
Transcribed Image Text:A useful application of oxalic acid is the removal of rust, Fe203. Fe203(s) + 6 H2C2O4(aq) 2 Fe(C204)3(aq) + 3 H20 + 6 H+(aq) Calculate the number of grams of rust that can be removed by 500 mL of a 0.100M oxalic acid. 1.33 g Fe203 7.98 g Fe203 3.99 g Fe203 2.66 g Fe203
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