I need the solution based on my data numbers please. Please do not answer if you have no answers for all questions.

[1] Mass of KCIO: [2] Mass of MnO2 [2] Mass of test tube + KCIO, + MnObefore heating [3] Mass of test tube + KCIO; + MnO2 after heating 0.3309 8 0.0 256 & ZY, 78 078 24.65708 0,1237 7.731xlo? [4] Mass of oxygen produced [5] Moles of oxygen produced (Show calculation) 8 -3 mole [6] Mass of 250 ml beaker + water [7] Mass of empty 250 ml beaker g [8] Mass of water 209.97 & 104.03 165.94 Density of water 0.9971 _ml = Volume of (2 gas_llo g C g/ml [9] Temperature of water_25 [10] Volume of water llo (Show Calculation) ml [11] Corrected Barometric pressure 74619_mmHg 23.8 [12] Vapor pressure of water f(TC) mmHg atm [13] Pressure of Oz gas 0,4513 (Show Calculation) Plectat potw-Pro2+ D (H2o Tempratur 24619 = P(02) + 23, 8=72314 C 760 [14] Temperature of air 23 C = Temperature of oxygen 25 [15] Temperature of oxygen gas_298,15 K (Show Calculation) 273,15 +25 [16] Universal Gas Constant, R, from Ideal Gas Law Equation (Show calculation) 1.atm/mol K [17] Percent error in R from the Ideal Gas Law Equation (Show calculation) 1.atm/mol K [18] Universal Gas Constant, R, from Van der Waals Equation (Show calculation) % [19] Percent error in R from the Van der Waals Equation (Show calculation) [20] Comment on your findings [21] Do your findings suggest that oxygen behaves as an Ideal Gas for the temperature and pressure conditions existing in this laboratory experiment? Explain. [22] What are the major sources of error in this experiment