PASCO ME-8569 - Manuals - manualsarea.com

Page 3 - Table of Contents; Section; Experiments

012-04774A scientific Table of Contents i Section Page Copyright, Warranty, and Equipment Return ................................................... ii Introduction ...................................................................................................... 1 Equipment .......................

Page 4 - ii; Copyright Notice; Copyright and Warranty; The carton must be strong enough for the item shipped.; Equipment Return

012-04774A scientific ii Copyright Notice The PASCO scientific Model ME-8569 Density Set manualis copyrighted and all rights reserved. However, permissionis granted to non-profit educational institutions for repro-duction of any part of this manual providing the reproduc-tions are used only for thei...

Page 5 - Introduction

scientific 1 012-04774A Introduction The PASCO Model ME-8569 Density Set allows usefulexperiments in density, buoyancy force, and specific heat aswell as providing an effective means of distinguishingbetween length, volume, and area. Equipment The density set consists of six objects: • aluminum cyli...

Page 6 - Replacement Parts

scientific 2 012-04774A Replacement Parts ITEM PASCO PART NUMBER aluminum cylinder 648-04768 aluminum block 648-04772 brass cylinder 648-04770 brass block 648-04771 polypropylene cylinder 648-04769 aluminum irregular shape 648-04773

Page 7 - OBJECT; Density set; PROCEDURE; Calculate the area of the circular end of the cylinders using:

scientific 3 012-04774A Experiment #1: Length, Area, and Volume OBJECT LENGTH AREA VOLUME DISPLACED VOLUME % DIFF. AL. CYL. AL. BLOCK BRASS CYL. BRASS BLOCK PLASTIC AL. IRREG. SHAPE Table 1.1: Length, Area, and Volume REQUIRED EQUIPMENT: Density set Calipers (SF-8711) String (SE-8050) Overflow can (...

Page 8 - ANALYSIS; Figure 1: Overflow Setup

scientific 4 012-04774A Measure the volume of water that was displaced by readingthe water level in the graduated cylinder in milliliters(1 ml = 1 cm 3 ). Record this volume in Table 1.1. 5. Repeat this procedure for the other objects. Note that theplastic object will float in water so it cannot be ...

Page 9 - CYLINDER

scientific 5 012-04774A Experiment #2: Density REQUIRED EQUIPMENT: Density set: brass cylinder and brass block Calipers (SF-8711) String (SE-8050) Overflow can (SE-8568) Beaker for catching water Graduated cylinder (50 ml) Triple-beam balance (SE-8708) PURPOSE: This experiment finds the densities of...

Page 10 - QUESTIONS; ACCEPTED DENSITY VALUE =

scientific 6 012-04774A QUESTIONS 1. Which object took up more space? 2. Which object weighed more? 3. Which object was more dense? OBJECT CALCULATED DENSITY DENSITY BY DISPLACEMENT % DIFFERENCE FROM ACCEPTED CYLINDER BLOCK ACCEPTED DENSITY VALUE = Table 2.2: Results

Page 11 - I. ARCHIMEDES’ PRINCIPLE

scientific 7 012-04774A Experiment #3: Bouyant Force REQUIRED EQUIPMENT: Density set String (SE-8050) Overflow can (SE-8568) Beaker for catching water Graduated cylinder (50 ml) Triple-beam balance (SE-8708) PURPOSE: This experiment measures the buoyant force on an object inwater by using Archimedes...

Page 12 - Figure 2: Free Body Diagram; Figure 3: Scale Setup

scientific 8 012-04774A Thus the buoyant force can be calculated by finding thedifference between the weight of the object in air and theapparent weight of the object when it is submerged in water. 1. Put the triple-beam balance on top of a stand as shown inFigure 3. Tie a string to the bottom of th...

Page 14 - Notes

Page 15 - Figure 1: Heating Setup

scientific 11 012-04774A Experiment #4: Specific Heat MASS OF CUP = Table 4.1: Data 2. While waiting, find the mass of a dry styrofoam cup andthen prepare a styrofoam cup of cold water (about 3 ° C below room temperature) into which the heated object can becompletely submerged. When the object has f...

Page 16 - Figure 2: Equilibrium Temperature

scientific 12 012-04774A 3. Watch the temperature of the cold water rise, stirring thewater gently. After several minutes, the temperature willpeak out (above room temperature) and began to fall.Record this equilibrium (peak) temperature to the nearesttenth of a degree in Table 1. 4. After the equil...

Page 17 - Technical Support; Feedback; If your problem is with the PASCO apparatus,

Technical Support Feedback If you have any comments about the product ormanual, please let us know. If you have any sugges-tions on alternate experiments or find a problem in themanual, please tell us. PASCO appreciates anycustomer feedback. Your input helps us evaluate andimprove our product. To Re...