Burette - Wikipedia A burette (also spelled buret) [1] is a graduated glass tube with a tap at one end, for delivering known volumes of a liquid, especially in titrations It is a long, graduated glass tube, with a stopcock at its lower end and a tapered capillary tube at the stopcock's outlet
Burette | Definition, Description, Facts | Britannica Burette, laboratory apparatus used in quantitative chemical analysis to measure the volume of a liquid or a gas It consists of a graduated glass tube with a stopcock (turning plug, or spigot) at one end
Burette: Types, Uses, Advantages, Limitations - Science Info What is Burette? A burette is a laboratory instrument designed for the accurate dispensing of small volumes of liquid or gases It consists of a long, graduated glass tube equipped with a valve, typically located at one end, allowing precise control of the liquid flow
Burettes | Fisher Scientific Unlike a pipette, the sample quantity delivered by a burette is changeable For gas measuring burettes, the stopcock is located at the top of the burette’s glass tube Digital burettes that deliver exactly measured samples, increasing accuracy and precision, are also available
How to Read a Buret: A Simple Guide to Measuring Volume - wikiHow Learn to use a burette for titration and other experiments A burette (or "buret") is a handy lab tool for dispensing fluids into solutions and, more importantly, for measuring how much fluid you've dispensed
What is a Burette and Titration, Types, Functions . . . - Microlit What is a Burette? Burette is an essential laboratory instrument, commonly used in the titration process for quantitative analysis in many industrial chemical tests where solutions of known concentration are used to find the concentration of unknown solutions Burette Uses in Laboratory
The Comprehensive Guide to Burettes: Everything You Need to Know What Is a Burette? A burette is a graduated glass or plastic tube with a stopcock at its lower end, used to deliver precise volumes of liquid during titration experiments Its design ensures controlled release of liquid, allowing researchers to measure volume changes accurately, often to the nearest 0 01 milliliter (mL)