PASCO Specialty & Mfg. ME-8569 User Manual

Copyright © January 1992 $5.00Instruction Manual andExperiment Guide forthe PASCO scientificModel ME-8569012-04774A1/92DENSITY SET

scientific6012-04774AQUESTIONS1. Which object took up more space?2. Which object weighed more?3. Which object was more dense?OBJECTCALCULATED DENSI

scientific7012-04774AExperiment #3: Bouyant ForceREQUIRED EQUIPMENT:Density setString (SE-8050)Overflow can (SE-8568)Beaker for catching waterGraduate

scientific8012-04774AThus the buoyant force can be calculated by finding thedifference between the weight of the object in air and theapparent weight

scientific9012-04774A3. While the object is still hanging from the balance,submerge the object in a beaker of water so that the entireobject is under

scientific10012-04774ANotes

scientific11012-04774AExperiment #4: Specific HeatMASS OF CUP =Table 4.1: Data2. While waiting, find the mass of a dry styrofoam cup andthen prepare

scientific12012-04774A3. Watch the temperature of the cold water rise, stirring thewater gently. After several minutes, the temperature willpeak out

Technical SupportFeedbackIf you have any comments about the product ormanual, please let us know. If you have any sugges-tions on alternate experimen

012-04774AscientificTable of ContentsiSection PageCopyright, Warranty, and Equipment Return... iiIntro

012-04774AscientificiiCopyright NoticeThe PASCO scientific Model ME-8569 Density Set manualis copyrighted and all rights reserved. However, permissio

scientific1012-04774AIntroductionThe PASCO Model ME-8569 Density Set allows usefulexperiments in density, buoyancy force, and specific heat aswell as

scientific2012-04774AReplacement PartsITEM PASCO PART NUMBERaluminum cylinder 648-04768aluminum block 648-04772brass cylinder 648-04770brass block 648

scientific3012-04774AExperiment #1: Length, Area, and VolumeOBJECT LENGTH AREA VOLUME DISPLACED VOLUME % DIFF.AL. CYL.AL. BLOCKBRASS CYL.BRASS BLOCK

scientific4012-04774AMeasure the volume of water that was displaced by readingthe water level in the graduated cylinder in milliliters(1 ml = 1 cm3).

scientific5012-04774AExperiment #2: DensityREQUIRED EQUIPMENT:Density set: brass cylinder and brass blockCalipers (SF-8711)String (SE-8050)Overflow c