Chemistry Homework Solutions
#84916
Calculation of calcium carbonate dissolved per liter.
The average pH of precipitation in rural areas is 5.80. Assuming that the pH
is controlled by the carbonate system, i.e., no anthropogenic acid gases are present
in the atmosphere, calculate the amount of calcium carbonate (mg) dissolved per liter
of rainwater. pKa1=6.33, KCO2=3.388e-02
Hint: pCO2=3.162e-04
What is this?
By OTA - Overall OTA Rating
Suraj Joshi, PhD (IP) - 4.7/5
Purchase Cost Now
$2.19 CAD (was ~$11.97)
Included in Download
- Plain text response
- Attached file(s):
- 84916.doc
Why you can trust BrainMass.com
- Your Information is Secure
- Best Online Academic Help Service
- Students find real academic Success
- The average pH of precipitation in rural areas is 5.70. calculate the amount of calcium carbonate (mg) dissolved per liter of rainwater. - Could you please explain what formula and step are invovled and please provide (example) if possible? The average pH of precipitation in rural areas is 5.70. Assuming that the pH is controlled by t ...
- Carbonate System:Calculate the amount of calcium carbonate dissolved per liter of rainwater - Please do a step by step answer so I can see where I went wrong. The average pH of precipitation in rural areas is 6.00. Assuming that the pH is controlled by the carbonate system, i.e., no anthrop ...
- Calcium carbonate - The average pH of precipitation in rural areas is 5.80. Assuming that the pH is controlled by the carbonate system, i.e., no anthropogenic acid gases are present in the atmosphere, calculate the amou ...
- Amount of calcium carbonate dissolved - The average pH of precipitation in rural areas is 6.80. Assuming that the pH is controlled by the carbonate system, i.e., no anthropogenic acid gases are present in the atmosphere, calculate the amou ...
- How much Fe++ could be present in water containing 2 x 1e-02 M HCO3- (bicarbonate) without causing the precipitation of FeCO3 (Ksp=10**(-10.7)) - How much Fe++ could be present in water containing 2 x 1e-02 M HCO3- (bicarbonate) without causing the precipitation of FeCO3 (Ksp=10**(-10.7))
