Part 1 (1 point) du See Periodic Table Sulfur trioxide dissolves in water, producing H2SO4. How...
Sulfur trioxide dissolves in water, producing H2SO4. How much sulfuric acid can be produced from 13.1 mL of water (d= 1.00 g/mL) and 23.7 g of SO3?
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Answer: 7. Sulfuric acid is produced through the reaction of sulfur trioxide with water. SO3(g) + H200 = H2SO4(aq) a. At standard state, the forward reaction is (10 pts) Spontaneous at all temperatures. ii. Not spontaneous at any temperature. iii. Spontaneous at temperatures greater than iv. Spontaneous at temperatures less than (calculate the value) (calculate the value). Book Pro b. 0.801 g sulfur trioxide is added to 1.00 L of water at 298 K. Calculate the equilibrium concentration...
7. Sulfuric acid is produced through the reaction of sulfur trioxide with water. S03(g) + H20(1) = H2SO4(aq) a. At standard state, the forward reaction is (10 pts) i. ii. Spontaneous at all temperatures. Not spontaneous at any temperature. Spontaneous at temperatures greater than Spontaneous at temperatures less than iii. (calculate the value). (calculate the value) iv. b. 0.801 g sulfur trioxide is added to 1.00 L of water at 298 K. Calculate the equilibrium concentration of each substance in...
1.) Acid rain forms in the upper atmosphere by the reaction of sulfur trioxide with water forming sulfuric acid. Calculate the mass in grams of 5.65 1021 molecules of SO3. 2.) If a tablet of acetaminophen, C8H9NO2, weighs 324 mg, how many moles are there in the tablet? 3.) A thimble of water contains 4.0 x 1021molecules. The number of moles of H20 i
1. Explain how atmospheric sulfur trioxide (SO3) decreases the pH of water in clouds and rain. 2. Explain how atmospheric nitrogen dioxide (NO2) decreases the pH of water in clouds and rain. 3. Carbon dioxide in the air is acidifying the world's oceans. Describe how carbon dioxide in the air causes the pH of ocean water to decrease through a series of physical and chemical transformations.
Part ID-1170218098koffsetenext /myct/itemView?as DOLL Exercise 8.62 Review | Constants | Periodic Table Consider the following reaction between sulfur trioxide and water t > H2S0,(ag) A chemist allows 61.5 g of SO3 and 11.2 g of H2 O to react. When the reaction is finished, the chemist collects 59.8 g of H2SO4 roblem ID=11 Express your answer as a chemical formula Submit Reguest Answer Part B Determine the theoretical yield for the resction. Request Answer Subrnit ▼ Part C Dete mire...
2KNO3(s) + $$$(s) + 3C(s) — K_S(s) +N2(g) + 3C02(3) 2nd attempt Part 1 . See Periodic Table D See Hint If 2.70 g of KNO3 reacts with sufficient sulfur (S8) and carbon (C), how much P-V work will the gases do against an external pressure of 1.00 atm given the densities of nitrogen and carbon dioxide are 1.165 g/L and 1.830 g/L, respectively, at 20°C? Part 2 ♡ See Hint If the reaction produces 58.3 kJ of heat, what...
10 Question (1 point) B See page 236 A 98.2 mL sample of 1.00 M NaOH is mixed with 49.1 mL of 1.00 M H2SO4 in a large Styrofoam coffee cup; the cup is fitted with a lid through which passes a calibrated thermometer. The temperature of each solution before mixing is 21.85 °C. After adding the NaOH solution to the coffee cup and stirring the mixed solutions with the thermometer, the maximum temperature measured is 32.50 °C. Assume that...
1st attempt Part 1 (1 pt) * Feedback bi See Periodic Table Complete and balance the chemical equation for this combustion reaction. Do not add states of matter. x x. "He → S. 2C4H10+1302 —— 10H20+8C02 Part 2 (1 pt) X Feedback ♡ See Hint Determine how many grams of CO2 are produced by burning 2.43 g of C4H10. g carbon dioxide
Part 1 (1 point) Feedback hi See Periodic Table See Hint When hydrogen sulfide gas is bubbled through water, it forms hydrosulfuric acid (H2S). Complete the ionization reaction of H2S(aq) by writing formulas for the products. (Be sure to include all states of matter) Hys(ar) 8 Part 2 (1 point) Feedback Nitrous acid (HNO3) is a weak acid. Complete the hydrolysis reaction of HNO, by writing formulas for the products. (Be sure to include al states of matter See Hint...