Molar concentration calculator chemistry

• [DOC File]Acid-Base.doc

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  (a) Calculate the concentration of H3O+ of a solution which is 0.10 molar in H2S. (b) Calculate the concentration of the sulfide ion, S2–, in a solution that is 0.10 molar in H2S and 0.40 molar in H3O+. (c) Calculate the maximum concentration of silver ion, Ag+, that can exist in a solution that is 1.5×10–17 molar in sulfide ion, S2 ...

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• [DOCX File]DEPARTMENT OF CHEMISTRY - WIU

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  Chemistry Department . Principle Of Chemistry I (Gen Ed/Natural Sciences– IAI P1 902 L) CHEM101 Laboratory Syllabus, Fall 2017. Laboratory Location: Currens 327. Lab Book is required: Chem 101 . Laboratory Manual, Western Illinois University . 1st edition by Pearson Solutions 2011. ISBN 10: 0-558-88734-1; ISBN 13: 978-0-558-88734-6

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• [DOCX File]CHM 1046 College Chemistry II

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  Chemistry, The Molecular Nature of Matter and Change, 9e, by Silberberg, et. al. We will cover Chapters 1-11. Hard copies are available from the publisher when you sign up for the online services Also required: a scientific calculator, internet access. Grading

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• [DOC File]1970 - Resources for Chemistry and AP Chemistry!

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  1970 Account for the observation that silver dissolves in 1 molar hydroiodic acid despite the fact that the standard electrode potential for the change, Ag ( Ag+ + e- is –0.80 volt. Answer: The standard potential is based upon [Ag+] = 1.0 M. But because AgI is insoluble (very small KSP) the concentration of Ag+ never reaches 1.0 M.

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• [DOC File]AP Chemistry

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  3. Molar Mass of an Acid Lab (Wear Goggles)—Determine the molar mass of an acid by titration with NaOH(aq). Part 1 (molarity of standard NaOH solution). Add 1.000 g of KHP (MM = 204 g/mol), 25 mL distilled water and 3 drops phenolphthalein to a clean, 125-ml Erlenmeyer flask. Swirl the mixture to dissolve the KHP.

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• [DOC File]Chemistry 212 Lab

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  In 1 liter of a saturated, aqueous solution of silver sulfate, the molar concentration of silver ion can be found by letting x equal the sulfate ion concentration, 2x the silver ion concentration, and substituting into the solubility product equation the known value for . Ksp: 1.1 x 10 5 = [Ag+]2 [SO42 ] x 10 5 = [2x]2 [x] 1.1 x 10 5 = 4 x3

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• [DOC File]Molarity Worksheet - CHEMISTRY

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  What is the molar concentration of 1.0 mol of KCl dissolved in 750.0 mL of solution? Calculate the number of moles of NaOH contained in 250. mL of a 0.05M solution. Calculate the molarity of 29.25 grams of NaCl in 2.0 liters of solution. How many grams of NaCl are contained in the solution discussed in problem #3?

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• [DOCX File]WordPress.com

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  Chemistry. Assessment Objectives. Demonstrate knowledge and understanding of: facts, concepts and terminology ... The molar mass, M, of bute, is 308.37 g mol–1. Calculate the molecular formula. ... Calculate the concentration, in mol dm–3, of hypochlorite ions in the undiluted bleach solution. (1) (b)

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• [DOC File]Determining the Concentration - Georgetown ISD

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  Determining the Concentration of a Solution: Beer’s Law (adapted from Advanced Chemistry with Vernier, Lab 17) The primary objective of this experiment is to determine the concentration of an unknown copper (II)sulfate, CuSO4, solution. You will use a Vernier Spectrometer or a Vernier SpectroVis to measure the concentration of each solution.

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• [DOC File]Conductivity Versus Concentration

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  5. Once the value has stabilized, press [Trigger] on the CBL and enter the molar concentration of solution 1 in the TI-83+ calculator. Enter the value in exponential form: 1.00x10-3 as 1.00E-3. Press [ENTER]. You have now saved the first data pair for this experiment. A graph will be displayed on the calculator screen. 6.

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• [DOC File]Acid-Base Titration

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  [BH+1] is the molar concentration of the conjugate acid and [B] is the molar concentration of the weak base. Kb can be calculated using the initial concentration of the base and the initial pH of the solution. The initial pH gives the [H3O+1] from which the [OH-1] can be calculated. The [OH-1] equals the [BH+1] in the initial weak base solution.

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• [DOCX File]Chemistry 211 - Marshall University

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  Chemistry 211. Principles of Chemistry I. Spring 2015 CRN: 2388. ... Please use a simple non-programmable calculator for . exams and quizzes. Using a calculator to store information for a test is a reason for receiving a. ... Calculate the molar concentration (molarity) of a solution, the mass of a solute, or the volume of a stock solution ...

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• [DOC File]1970 - Resources for Chemistry and AP Chemistry!

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  (a) Calculate the concentration of H3O+ of a solution which is 0.10 molar in H2S. (b) Calculate the concentration of the sulfide ion, S2–, in a solution that is 0.10 molar in H2S and 0.40 molar in H3O+. (c) Calculate the maximum concentration of silver ion, Ag+, that can exist in a solution that is 1.5×10–17 molar in sulfide ion, S2 ...

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• [DOCX File]General Chemistry II Lab Manual - Christopher King

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  The concentration of FeNCS2+ present in solutions will be determined using a spectrometer, which measures how much light is absorbed at particular wavelength. The amount of light absorbed is displayed as absorbance, A, which is related to the compound’s molar concentration, c, by Beer’s Law: A = ε. bc. Eq(5) Figure 4. Using a Beer’s Law ...

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