Titrant in a sentence
(1) The titrant was dispensed using a burette.
(2) The titrant was carefully measured using a pipette.
(3) The titrant was slowly added to the analyte solution.
(4) The titrant was added until the solution turned green.
(5) The titrant was standardized against a primary standard.
(6) The titrant was titrated until the solution turned pink.
(7) The titrant was slowly added while stirring the solution.
(8) The titrant was titrated until the solution turned yellow.
(9) The titrant reacted with the analyte to form a precipitate.
(10) The titrant was titrated until the solution became colorless.
Titrant sentence
(11) The titrant was titrated until the solution reached a pH of 7.
(12) The titrant was added dropwise until the solution turned clear.
(13) The titrated solution was then titrated with a different titrant.
(14) The titrant solution was carefully prepared before the experiment.
(15) The titrant was added drop by drop until the solution turned blue.
(16) The titrant was carefully titrated drop by drop to ensure accuracy.
(17) The titrant was slowly titrated into the flask containing the sample.
(18) The titrant was titrated until a permanent color change was observed.
(19) The titrant was slowly added while monitoring the pH of the solution.
(20) The volume of the titrant required to reach the endpoint was recorded.
Titrant make sentence
(21) The equivalence point can be calculated using the volume of titrant added.
(22) The concentration of the titrant was determined using a standard solution.
(23) The titrant was titrated until the solution reached the equivalence point.
(24) The titrant was slowly added while observing for any precipitate formation.
(25) The titrant was added in small increments to avoid overshooting the endpoint.
(26) The titrant was standardized using a primary standard of known concentration.
(27) The color change observed indicated the endpoint of the titration with the titrant.
(28) The volume of the titrant used was recorded to determine the unknown concentration.
(29) The titrant solution was stored in a tightly sealed container to prevent contamination.
(30) The volume of the titrant required for the titration was calculated using stoichiometry.
(31) The volume of the titrant used was recorded to calculate the concentration of the analyte.
(32) The titrant solution was prepared by dissolving a known amount of the reagent in a solvent.
(33) A back titration is a technique used when the reaction between the analyte and titrant is slow or incomplete.
(34) Titration curves are graphical representations of the pH or other property of a solution as a function of the volume of titrant added.
(35) Titration can also be used to determine the purity of a substance by measuring the amount of titrant required to react with impurities.
Titrant meaning
Titrant is a term commonly used in chemistry to refer to a reagent or solution that is added to a sample in order to determine its concentration or to complete a chemical reaction. It plays a crucial role in various analytical techniques, such as titration, where the amount of a substance in a solution is determined by reacting it with a known amount of another substance. When incorporating the word "titrant" into a sentence, it is important to consider the context and ensure that it is used accurately. Here are some tips on how to effectively use this word in different scenarios:
1. Scientific context: - "The chemist carefully added the titrant drop by drop to the solution, observing the color change with each addition." - "The concentration of the unknown acid was determined by titrating it with a standardized titrant solution."
2. Laboratory procedures: - "Before starting the titration, make sure to calibrate the burette and accurately measure the volume of the titrant." - "The titrant should be added slowly and with constant swirling to ensure a uniform reaction throughout the solution."
3. Comparisons and explanations: - "In a neutralization reaction, the titrant reacts with the analyte to form a product of known stoichiometry." - "Unlike the analyte, the titrant is typically present in excess to ensure complete reaction and accurate determination of the concentration."
4. Quality control and standardization: - "To ensure reliable results, it is essential to prepare fresh titrant solutions and store them in airtight containers." - "The purity of the titrant is crucial for accurate measurements, so it is important to use high-quality reagents from reputable suppliers."
5. Troubleshooting and precautions: - "If the color change during titration is too rapid, it is advisable to decrease the concentration of the titrant or increase the volume of the analyte." - "Always handle the titrant with caution, as some solutions may be corrosive or toxic. Wear appropriate protective equipment and work in a well-ventilated area." Remember, the word "titrant" is specific to the field of chemistry and is primarily used in scientific and technical writing. By following these tips, you can effectively incorporate this term into your sentences, ensuring accuracy and clarity in your communication.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Titrant. They do not represent the opinions of TranslateEN.com.