IDENTIFICATION OF ALKALIMETRIC LEVELS USING ACID-BASE REACTION PRINCIPLES

Dianingsi Hipi, Eka Paramita Daud, Gayatri D. Soga
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Abstract

 Acidimetry is a titration using a standard solution of an acid to determine a base. The acids that are usually used are HCl, vinegar, oxalic acid, boric acid. While alkalimetry is the opposite of acidimetry, which is a titration that uses a standard solution of a base to determine acid.This study aims to identify the substance in a sample and determine the level is the principle of acid-base reactions. Acidi-alkalimetric titration is a volumetric titration using NaOH as the secondary standard solution and potassium hydrogen phthalate as the primary standard solution and added pp indicator. The end point of the titration is indicated by a change in the color of the solution to a pink color. Alkalimetry is a quantitative determination of the levels of compounds that are acidic by using a standard base. The method used is the experimental method through a quantitative approach. The research method is used to determine the effect of the independent variable or treatment on the dependent or the results under controlled conditions. The results of the study obtained the calculation of the volume of NaOH 28.7 then performed in duplicate to obtain the calculation of the volume of NaOH 29.7. So the calculation of the concentration of Salicylic Acid is0,584 M.
用酸碱反应原理鉴定碱度
酸度测定法是用酸的标准溶液来测定碱的滴定法。通常使用的酸有盐酸、醋、草酸、硼酸。而碱滴定法与酸滴定法相反,酸滴定法是用标准的碱溶液来测定酸。本研究的目的是通过酸碱反应原理来鉴别样品中的物质并确定其水平。酸碱滴定法是以氢氧化钠为二级标准溶液,邻苯二甲酸氢钾为一级标准溶液,加入pp指示剂的体积滴定法。滴定的终点由溶液的颜色变为粉红色表示。碱度法是一种用标准碱定量测定酸性化合物含量的方法。所采用的方法是通过定量的方法进行实验。研究方法是在受控条件下确定自变量或处理对因变量或结果的影响。研究结果得到NaOH体积的计算值28.7,然后重复计算得到NaOH体积的计算值29.7。因此计算得到水杨酸的浓度为0.584 M。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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