How do I solve this ? 6. Calculate the theoretical number of moles of 0, there would be if the hydrogen peroxide were 100%, and notan aqueous solution.mol H;O21 mol 02Theoretical moles of 0, = H,0, volume * H,O, densityg H;O22 mol H2O2To use the above equation, calculate the following:H2O2 volume is the volume (mL) of hydrogen peroxide used: Volume =ml H2O2H,0, density is known:Density = 1.02 g/mLmol H202is the reciprocal of the molar mass of H;O2. First write the molar mass of H;02 theng H202find the reciprocal.Molar mass of H202 =g H2O2/1 mol H2O2Molar mass of H2 O2 reciprocalNow you have all of the information needed to solve the equation for the theoretical moles of O2. All you needto do is fill in the blanks and do the calculations.Theoretical moles of O2Theoretical moles of 02 =mol

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6. Calculate the theoretical number of moles of 0z there would be if the hydrogen peroxide were 100%, and not an aqueous solution. mol H2O2 1 mol O2 Theoretical moles of 0, = H,0, volume * H,O, density g H2O2 2 mol H2O2 To use the above equation, calculate the following: H,O2 volume is the volume (mL) of hydrogen peroxide used: Volume = mL H202 H,O, density is known: Density = 1.02 g/mL mol H;02 is the reciprocal of the molar mass of H,02. First write the molar mass of H202 then g H2O2 find the reciprocal. Molar mass of H2 02 = g H2O2/1 mol H202 Molar mass of H2 Oz reciprocal =

6. Calculate the theoretical number of moles of 0z there would be if the hydrogen peroxide were 100%, and not an aqueous solution. mol H2O2 1 mol O2 Theoretical moles of 0, = H,0, volume * H,O, density g H2O2 2 mol H2O2 To use the above equation, calculate the following: H,O2 volume is the volume (mL) of hydrogen peroxide used: Volume = mL H202 H,O, density is known: Density = 1.02 g/mL mol H;02 is the reciprocal of the molar mass of H,02. First write the molar mass of H202 then g H2O2 find the reciprocal. Molar mass of H2 02 = g H2O2/1 mol H202 Molar mass of H2 Oz reciprocal =

Introductory Chemistry: A Foundation

9th Edition

ISBN:9781337399425

Author:Steven S. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Donald J. DeCoste

Chapter15: Solutions

Section: Chapter Questions

Problem 68QAP: 68. Aluminum ion may be precipitated from aqueous solution by addition of hydroxide ion, forming...

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