Can someone check my work 7:44Acids and Bases Onlin...ACIDS, BASES, AND pHOBJECTIVES: After completing this exercise, you should be able to:1.Estimate the pH of a solution given the concentration of the solution and thedegree of ionization.2.Use pH paper to determine the pH of a solution.3.Use a pH meter to determine the pH of a solution.4.Use titration techniques to standardize a solution of sodium hydroxide.INTRODUCTION: According to Arrhenius, an acid is any substance which can providehydrogen ions (protons) in a chemical reaction, whereas a base is a substance capable ofproviding hydroxide ions. Acids and bases are classified as being either strong or weakdepending on the extent of their ionization in water. Strong acids and bases are completelyionized in dilute aqueous solution.НА — Н + АMOH → M + OHWeak acids and bases, however, show incomplete ionization in water; their ions exist inequilibrium with the undissociated acid or base.НА Н + АB + H;0 → HB + OHThe free acidity of an aqueous solution depends solely upon its hydrogen ion concentration.Pure water is very slightly ionized and is neither acidic nor basic, but neutral. The hydrogen ionand hydroxide ion concentration in pure water are equal. Both are 10 M. (Brackets used arounda symbol for an ion or a molecule should be read "concentration of"; [H"] means theconcentration of hydrogen ions.)H,0-H+OH[H1=[ OH ]= 10It has been determined that in any aqueous solution at 25°C, the concentration of hydrogen ionmultiplied by the concentration of hydroxide ion equals 1014, whether the solution is acidic,basic, or neutral.[H' ][OH) - 10"Thus, a 0.1 M solution of the strong base KOH would have a hydroxide ion concentration of 0.1M, since concentration is so much greater than the hydrogen ion concentration it is 100%ionized, and a hydrogen concentration of 1013. This solution is basic because the hydroxide ionconcentration is so much greater than the hydroxide ion concentration.[OH] - 0.1 MDashboardCalendarTo-doNotificationsInbox因 7:44D o.IMINCIPH.- log Co13) 0 O0I M HCLpH. - log Eo-c01]PH. 14-2-873- 1.127) 0-01 M N0OHC0H. - lo9 Co.ol2) o-1M CH, COOHPON- -109 Co171-8 K10-S. o-leName:REPORT SHEET2 0IM NHPH -log Co00s6 . 2-875A: pl of acid and base solutions- 1:3410 MPOH: - log C-3 a 10) :2.87PH. - log CH')SOLUTIONCALCULATED pHPAPER pHMETER pH0.1 M HCI0.1 M HC;H;O:2.8750.001 M HCI0.1 M NAOH130.1 M NH,II. 1270.01 M NaOH12B. pH of house hold itemspHCLASSIFICATIONSOLUTIONAcid3VinegarBaseAmmonia7.NeutralMIK3.ActdCokebelow 7 is acidabove 7 is bosicat 7 is neural

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Can someone check my work 7:44Acids and Bases Onlin...ACIDS, BASES, AND pHOBJECTIVES: After completing this exercise, you should be able to:1.Estimate the pH of a solution given the concentration of the solution and thedegree of ionization.2.Use pH paper to determine the pH of a solution.3.Use a pH meter to determine the pH of a solution.4.Use titration techniques to standardize a solution of sodium hydroxide.INTRODUCTION: According to Arrhenius, an acid is any substance which can providehydrogen ions (protons) in a chemical reaction, whereas a base is a substance capable ofproviding hydroxide ions. Acids and bases are classified as being either strong or weakdepending on the extent of their ionization in water. Strong acids and bases are completelyionized in dilute aqueous solution.НА — Н + АMOH → M + OHWeak acids and bases, however, show incomplete ionization in water; their ions exist inequilibrium with the undissociated acid or base.НА Н + АB + H;0 → HB + OHThe free acidity of an aqueous solution depends solely upon its hydrogen ion concentration.Pure water is very slightly ionized and is neither acidic nor basic, but neutral. The hydrogen ionand hydroxide ion concentration in pure water are equal. Both are 10 M. (Brackets used arounda symbol for an ion or a molecule should be read &#34;concentration of&#34;; [H&#34;] means theconcentration of hydrogen ions.)H,0-H+OH[H1=[ OH ]= 10It has been determined that in any aqueous solution at 25°C, the concentration of hydrogen ionmultiplied by the concentration of hydroxide ion equals 1014, whether the solution is acidic,basic, or neutral.[H' ][OH) - 10&#34;Thus, a 0.1 M solution of the strong base KOH would have a hydroxide ion concentration of 0.1M, since concentration is so much greater than the hydrogen ion concentration it is 100%ionized, and a hydrogen concentration of 1013. This solution is basic because the hydroxide ionconcentration is so much greater than the hydroxide ion concentration.[OH] - 0.1 MDashboardCalendarTo-doNotificationsInbox因 7:44D o.IMINCIPH.- log Co13) 0 O0I M HCLpH. - log Eo-c01]PH. 14-2-873- 1.127) 0-01 M N0OHC0H. - lo9 Co.ol2) o-1M CH, COOHPON- -109 Co171-8 K10-S. o-leName:REPORT SHEET2 0IM NHPH -log Co00s6 . 2-875A: pl of acid and base solutions- 1:3410 MPOH: - log C-3 a 10) :2.87PH. - log CH')SOLUTIONCALCULATED pHPAPER pHMETER pH0.1 M HCI0.1 M HC;H;O:2.8750.001 M HCI0.1 M NAOH130.1 M NH,II. 1270.01 M NaOH12B. pH of house hold itemspHCLASSIFICATIONSOLUTIONAcid3VinegarBaseAmmonia7.NeutralMIK3.ActdCokebelow 7 is acidabove 7 is bosicat 7 is neural

Accepted Answer

pH is a scale used to specify the acidity or basicity of an aqueous solution. The range goes from 0…