Calculate the normality of .02M NaOH

I need to know how to calculate the normality of
these. help is greatly appreciated!!!
II Titrating the Diluted HCI Solution normality of NaOH solution 0.1023 () = 0.1023 volume of diluted HCl solution titrated, mL N- 25.00 molarity HCI: O.IM molarity NaOH-0.1023 m determination final buret reading, mL initial buret reading, mL 24.4 38.8 244 26,17 35,2 0.2 144 o 2,6 1668 24.2 24.4 24.4 24 244 UUUUU volume of titrant, ml 99999SSSSSSSSSS normality of diluted HCI solution, equiv...
1. For the following reaction: H2CO3 + 2 NaOH → Na2CO3 + 2 H2O Calculate the normality of a solution that contains 2.68 grams of H2CO3 in 830 mL of solution. 2. For the following reaction: H2S + 2 NaOH → Na2S + 2 H2O Calculate the normality of a solution that contains 2.27 grams of H2S in 802 mL of solution.
Part 2: Standardization of HCL Solution: Normality of base (NaOH) (from label) N=0.1352 Indicator chosen: bromythymol blue Trial 1 Trial 2 0.85 mL Trial 3 (BONUS) 0.90ml Initial reading of acid (HCI) Final reading of acid Volume of acid used 0.75 mL 31.12mL 30.37mL - 28.95 mL 28.10 mL - 29.50ml - 28. 5L Initial reading of base(NaOH) 0.61 ML Final reading of base 26.85mL 25.24 ML -0.45 mL 23.65 mL 23.20mL 0.95 mL 24.35mL 23.40mL Volume of base used...
a For the following solution, calculate the normality: 28.7 mL of 0.173 M HCl diluted with water to a total volume of 78.1 mL Normality = b For the following solutiola calculate the normality: 0.179 M H3PO4 Normality = For the following solution, calculate the normality 0.00278 M Ca(OH). Normality = Submit Answer Try Another Version 10 item attempts remaining
B: for the following solution , calculate the normality: 0.253 M H3PO4 C: for the following solution , calculate the normality; 0.00204 M Ca(OH)2
Calculate the mass I must weigh to prepare a solution of NaCl to a normality of 0.01N in 100 ml
Calculate the normality of a 750.0 mL solution containing 200.0 grams of barium hydroxide.
For the following reaction: H2S + 2 KOH--- K2S + 2 H2O Calculate the normality of a solution that contains 3.80 grams of H2S in 784 mL of solution. ___N
Which of the following is a true statement concerning normality? a. Normality can be universally defined. b. Normality must be defined on an individual basis. c. Normality must be defined within a particular historical-cultural context. d. Definitions of normality change very little across time and culture, but they do change. Which of the following is a true statement concerning normality? a. Normality can be universally defined. b. Normality must be defined on an individual basis. c. Normality must be defined...
Calculate the standard error. May normality be assumed? (Round your answers to 4 decimal places.) Standard Error Normality (a) n = 25, π = .59 (b) n = 48, π = .16 (c) n = 123, π = .25 (d) n = 506, π = .002