Write the balanced molecular equation for the reaction that produces N2(g) and determine the moles of N2(g) produced in
Posted: Thu Dec 02, 2021 7:36 am
Write the balanced molecular equation for the reaction that
produces N2(g) and determine the moles of N2(g) produced in each
run. (1.0)
Ba Poll 9 0 E Fon U Y I O P Pup E 5 G H B Observation sheet: Determination of the Universal Gas Constant 11 Molarity of HSON.(a): O Oal/L Molarity of NaNO2(aq): OSO mol/L Barometric pressure. Por me 69.7 Room temperature 23.2.C Assessment Preparation Value of Report Deductions Tel /10 (Show calculation below (0.5)) Water vapour pressure. Pe 25, 35mmie Patn - Pair la llius Ct t + 70 54 -> 000334 Pa =25,395 760 2 yg dig Volume of sulfamic acid solution (m) Volume of gas collected (ml) Height of water column, he Initial Final Net volume (num) Run 1 368mL 301 Suggi con/> 305mm bo 330mm Run 2 ๆ Run 3 1 19 mL QN 10mL 3.89 mb 20 mL 16illmh 133 nan bo 12 mL l ml alam | 2012 me 130. 7 m (207mm 14 mL 3. 25ml | 333ml /30.05.20n Run 5 | 16mL 16ml | 39, 1 mL/33,1 mL/9,37 mm 1393,7m *20mm Run 4 5 Student: (samel Yuzor (signaturel yazan Bench # 6 Laboratory Sectional Instructor signature) gres you the pressure, the volume, and the GIVEN: P = 24.3psi, V = 3.24L, T = 25C temperature. You are tied to find the number of moles of gas. FIND:
produces N2(g) and determine the moles of N2(g) produced in each
run. (1.0)
- Write The Balanced Molecular Equation For The Reaction That Produces N2 G And Determine The Moles Of N2 G Produced In 1 (509.33 KiB) Viewed 108 times