Calculate the mass of sulfuric acid

Reference no: EM13716008

Question- From the composition of lignite coal, calculate the mass of sulfuric acid that could potentially form as acid rain from burning 110kg of this type of coal. From the composition of bituminous coal, calculate the mass of sulfuric acid that could potentially form as acid rain from burning 110kg of this type of coal.

Please take care to reply the question as mark are evenly granted for each point

Reference no: EM13716008

Questions Cloud

Explain how many grams will remain after 98.0 days : Phosphorus-32 has a half-life of 14.0 days. Starting with 6.00g of 32P, how many grams will remain after 98.0days?

Write a balanced chemical equation for the oxidation : Write a balanced chemical equation for the oxidation of fe(s) by concentrated nitric acid two products of the reaction are NO2 and Fe3+

Explain fuels and fuel systems of aircraft : How can pilots or managers make good decisions about this system to avoid risk? What types of problems in this system should be anticipated by pilots and managers

What is the percent yield of the reaction : If 1.87 g of acetic acid(CH3CO2H) reacts with 2.31 g of isopentyl alcohol(C5H12O) to give 2.96 g of isopentyl acetate(C7H14O2), what is the percent yield of the reaction

Calculate the mass of sulfuric acid : calculate the mass of sulfuric acid that could potentially form as acid rain from burning 110kg of this type of coal.

Explain kmno4 solution would be required to oxidize : What volume of 0.10 M KMnO4 solution would be required to oxidize 20 mL of 0.10 M FeSO4 solution in acidic solution? Fe2+ is oxidized to Fe3+ and one of the reduction products is Mn+2.

Explain how the business should respond to each force : From the activity list one external force from each broad category of external forces explain in detail how each of these forces influence is this industry and proposed how the business should respond or react to each force.

Calculate the equilibrium pressure of i2 : In the reaction below, 9.46 atm each of H2 and I2 were placed into a 1.00 L flask and allowed to react: calculate the equilibrium pressure of I2 to 2 decimal places.

Calculate caco3 solubility and ph for the system : With complete QPSI, pertinent EQ and material and charge balance analysis, calculate CaCO3 solubility and pH for the system produced by treating excess CaCO3 with 1 L of 1 M (H4N)2SO4

User Account

All Pages