LIQUID Amount of a Graduated ml, cm³, cc, L up space VOLUME liquid takes up. Cylinder VOLUME BY Amount of liquid Graduated ml Before FLUID raised to equal Cylinder cm³ DISPLACEMENT volume of an - fill cc object. - record - add object - record Object - subtract was added Define MENISCUS: Dip (curve) in liquid (due to surface tension). RULE: Flat surface, read from bottom of dip at eye level. After watching the water crawl up the paper towel and the “string trick”, explain what cohesion (surface tension) and capillarity are in your own words. COHESION: Water molecules “stick” to each other. CAPILLARITY: Ability of water to move upward. GRADUATED CYLINDER HINT A 10 ml cylinder goes up by: 0.2ml A 100 ml cylinder goes up by: 1ml (1.0ml) A 250 ml cylinder goes up by: 2ml (2.0ml) 8 MASS Definition Equipment/ Example Technique
LIQUID VOLUME Amount of a liquid takes up. Graduated Cylinder ml, cm³, cc, L up space VOLUME BY FLUID DISPLACEMENT Amount of liquid raised to equal volume of an object. Graduated Cylinder - fill - record - add object - record - subtract ml cm³ cc Before Object was added Define MENISCUS: Dip (curve) in liquid (due to surface tension). RULE: Flat surface, read from bottom of dip at eye level. After watching the water crawl up the paper towel and the “string trick”, explain what cohesion (surface tension) and capillarity are in your own words. COHESION: Water molecules “stick” to each other. CAPILLARITY: Ability of water to move upward. GRADUATED CYLINDER HINT A 10 ml cylinder goes up by: 0.2ml A 100 ml cylinder goes up by: 1ml (1.0ml) A 250 ml cylinder goes up by: 2ml (2.0ml) 8 MASS Definition Equipment/ Technique Example
introduction_to_science_and_measurement_-_filled_in_notes.docx