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###### Explain PEM electrolysis step by step with arrow pushing and lewis dot structure

explain PEM electrolysis step by step with arrow pushing and lewis dot structure

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Bromine chloride is placed out of J attemt sealed container and allowed to come to equilibrium equilibrium reaction is: The 2BCKg ) and the equilibrium concentrations Brz(g ) CI;(g ) [Brcl] O5L (Brz| - 17}_ [Cl] - 173J Cakculate the equilibrium constant: Enter our J0#el aoswer 4ll parts scientific n...

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HmaAnI Fhauu Ft Ultuint Fnbbnt Wn "utMieee eulmhere: ufezhecur? IeANT Oi Gac dilfeiter Aninciie Dpe ol" inhibitkm cused Wy Jdelleuns C1 (IIER Alitily/ 4aL4clu 13A Frnan Fda Aubtrllan C7...

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squioa 0z ~c 40l+soiio Oreta 1p45 MX s2E(a ao MX 0v1 MX Ovk (3 MY 0*01 (8 uSpuOJaS 00 + UI SJW 0"O1 MX 001 ajjiy8n Kwin uods 6x-0091 E Jo paads a41 abuey? 0} papaau Jamod Jau 0} S/lu 0"GL WuOJ} TF(9 241 S! Je4M 'sjujod 0z_L uonlsano aneiuenO...

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##### Question 13 (4.5 points) What is the molarity of NaOH that requires 21.00 mL of NaOH to titrate 0.2200 g of KHP dissolved in 100 mL of water? (KHP MW 204.24 glmol)0.06421 M0.07005 M0.05129 M0.04320 M

Question 13 (4.5 points) What is the molarity of NaOH that requires 21.00 mL of NaOH to titrate 0.2200 g of KHP dissolved in 100 mL of water? (KHP MW 204.24 glmol) 0.06421 M 0.07005 M 0.05129 M 0.04320 M...

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##### 309459Two blocks and B lying on frictionless surface shown in Figure 2, are connected by cord passing over a small frictionless pulley_ Draw an FBD for each block (b) What is the tension in the cord? Calculate the mass of block B which slides down the plane that keeps the system moving at constant speed: Neglect the mass of the pulley and the cord. (d) Repeat parts a, b, and C, for the case where the surfaces has coefficient of kinetic friction Uk 0.2_10 Kg

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##### Percentage of sodium (Na%) in pure sodium chloride is 39.33%. A sample of pure NaCl is analyzed for Na using a method that has an established standard deviation of 0.93%a) Calculate the 95% confidence interval for the value of a single Na% measurement: Write the lower and upper limits of the interval in the appropriate boxes below single Na% measurementb) How many replicate measurements,n, must be made so that the 95% confidence limits is +0.45%?#of replicate measurements needed,

Percentage of sodium (Na%) in pure sodium chloride is 39.33%. A sample of pure NaCl is analyzed for Na using a method that has an established standard deviation of 0.93% a) Calculate the 95% confidence interval for the value of a single Na% measurement: Write the lower and upper limits of the interv...