Based on the milliequivalent bar graph for a water sample provided, compute the alkalinity (in mg/L as CaCO3)of the water sample.223.03.94.2CaMgHCOSO42Q ZoomAtomic Mass:1,16,Sulphur32,Carbon12,Sodium23, Chloride35.5,HydrogenOxygenPotassium39.1,Calcium40, Magnesium 24.4, Phosphorus 31.B80A3.9D16195 2.23.03.94.2Ca2+Sr2+Mg2+K+HCO;SO,2-C-0.1.63.64.2

Answered: Image /qna-images/answer/89ced0a7-e949-4987-93c7-02b296bc7381.jpg

Based on the milliequivalent bar graph for a water sample provided, compute the alkalinity (in mg/L as CaCO3) of the water sample. 22 3.0 3.9 4.2 Mg HCO 42 Q Zoom Atomic Mass: 1, 16, Hydrogen Sulphur 32, Carbon 12, Sodium 23, Chloride 35.5, Oxygen Potassium 39.1, Calcium 40, Magnesium 24.4, Phosphorus 31. B 80 A 3.9 D 16 195

Based on the milliequivalent bar graph for a water sample provided, compute the alkalinity (in mg/L as CaCO3) of the water sample. 22 3.0 3.9 4.2 Mg HCO 42 Q Zoom Atomic Mass: 1, 16, Hydrogen Sulphur 32, Carbon 12, Sodium 23, Chloride 35.5, Oxygen Potassium 39.1, Calcium 40, Magnesium 24.4, Phosphorus 31. B 80 A 3.9 D 16 195

Engineering Fundamentals: An Introduction to Engineering (MindTap Course List)

5th Edition

ISBN:9781305084766

Author:Saeed Moaveni

Publisher:Saeed Moaveni

Chapter11: Temperature And Temperature- Related Variables In Engineering

Section: Chapter Questions

Problem 42P

See similar textbooks

Similar questions

Biochemical Oxygen Demand
1. A sample of water having a pH of 7.2 has the following concentration of ions. Determine the water's total hardness. lon Concentration (mg/L) HCO, 110 so* 67.2 CI 11 lon Concentration (mg/L) Ca* 40 Mg* 10 Na' 11.8 K* 7.0
Please answer clearly
Question #6: In a water sample, the following elements are detected. Calculate the total hardness, CH and NCH of the water at a pH of 9.2? Note: You need to show at least 1 sample calculation for each calculation type completed. Constituent Concentration g/m Constituent Concentration g/m³ Ca+ 85 Fe3+ 0.70 1.8 HCO3 465.5 Mg2 23.2 15.75 28 C 39.05 Na* Fe2* 0.98 PO 0.05
Question #6: In a water sample, the following elements are detected. Calculate the total hardness, CH and NCH of the water at a pH of 9.2? Note: You need to show at least 1 sample calculation for each calculation type completed. Constituent Concentration g/m Constituent Fe Concentration g/m³ Ca?+ 85 0.70 1.8 HCO; 465.5 Mg2 23.2 15.75 Na* 28 CI 39.05 Fe2+ 0.98 PO 0.05
188 RIVERS AND STREAMS 4.10. Fifteen kilograms of a contaminant is spilled into a stream 4 m wide and 2 m deep. (a) If the average velocity in the stream is 0.8 m/s, the longitudinal dispersion coefficient is 0.2 m/s, and the first-order decay constant of the contaminant is 0.05 h-1, determine the maximum concentration in the stream at a drinking-water intake 1 km downstream from the spill. (b) How would this concentration be affected if the decay constant is actually one- half of the estimated value?
Please solve with steps
What is the pH value of sample?
The mean indoor airborne chloroform (CHCI) conc. in a room was detemined to be 0.4 ug/m3. Use the following data, T = 293 K, P = 1 atm, R = 82.05 x 10-6 atm- m3 /mol- K. Atomic weights: C = 12, H = 1, CI = 35.5. %3D %3D This concentration expressed in parts per billion (volume basis, ppbv) is equal to
Water analysis was carried out for a groundwater sample. The sum of the anions is equal to the sum of the cations. Calculatea) Total hardnessb) Carbonate and Non-Carbonate Hardness Hardnessc) Alkalinity
b) From the following data calculate the carbonate bicarbonate and hydroxide alkalinities." Phenolphthalein alkanity Methyl orange alkalinity mg/ CaCO, Sample Initial pH mgA CaCO, 11.1 194 315 B. 10.1 286 756 11.4 156 156 D. 7.1 256
Kindly give me both right solutions otherwise leave it question. Please help me... Thank you