PASCO Specialty & Mfg. ME-6569 User Manual

Browse online or download User Manual for Calculators PASCO Specialty & Mfg. ME-6569. PASCO Specialty & Mfg. ME-6569 User's Manual

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teach science
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Phone (916) 786-3800 • FAX (916) 786-8905 • web: www.pasco.com
10101 Foothills Blvd. • P.O. Box 619011 • Roseville, CA 95678-9011 USA
®
© 1997 PASCO scientific $7.50
Instruction Manual and
Experiment Guide for the
PASCO scientific
Model ME-6569
012-06408A
6/97
RMS/IDS KIT
Includes
Teacher's Notes
and
Typical
Experiment Results
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Summary of Contents

Page 1 - RMS/IDS KIT

betterteach scienceways toPhone (916) 786-3800 • FAX (916) 786-8905 • web: www.pasco.com10101 Foothills Blvd. • P.O. Box 619011 • Roseville, CA 95678-

Page 2

RMS/IDS Kit 012–06408A6Collect the data1. Position the cart at the end of the track with the RMS.2. Start recording data.3. Give the cart a gentle pus

Page 3 - Table of Contents

012–06408A RMS/IDS Kit7PurposeThe purpose of the experiment is to quantitatively compare magnitude of the momentum of amoving cart with the impulse of

Page 4

RMS/IDS Kit 012–06408A82. Attach the Force Sensor to the end of the track using the Force Sensor Bracket (Figure 2.1).Move the IDS track pulley bracke

Page 5 - Equipment

012–06408A RMS/IDS Kit9Analyze the Data1. Use the statistics function of Science Workshop to determine the maximum velocity of thecart.2. Determine th

Page 6

RMS/IDS Kit 012–06408A10Notes:

Page 7 - Science Workshop

012–06408A RMS/IDS Kit11PurposeThe purpose of the experiment is to quantitatively and graphically demonstrate the conservationof momentum and the simu

Page 8

RMS/IDS Kit 012–06408A12ProcedurePart A  Inelastic collision of equal massesSet Up the Equipment1. Mount the two Rotary Motion Sensors on the IDS tra

Page 9

012–06408A RMS/IDS Kit132. Set up the Rotary Motion Sensors in Science Workshop as directed in the setup section onpage 3 of this manual.3. If you are

Page 10 - Questions

RMS/IDS Kit 012–06408A14 To set up the y-axis plot for Total Kinetic Energy, click on the Plot Input Menu buttonin the fourth y-axis plot and select

Page 11 - Procedure

012–06408A RMS/IDS Kit15m1v1m2v2maftervafterm1v1 + m2v2maftervafterPart APart BmeasuredPart B  Inelastic collision of unequal masses1. Add a mass to

Page 12 - Set Up Science Workshop

RMS/IDS Kit 012–06408A

Page 13 - Question

RMS/IDS Kit 012–06408A16

Page 14 - RMS/IDS Kit 012–06408A

012–06408A RMS/IDS Kit17PurposeThe purpose of the experiment is to quantitatively and graphically demonstrate the conservationof momentum and the simu

Page 15 - 012–06408A RMS/IDS Kit

RMS/IDS Kit 012–06408A18ProcedureSet Up the Equipment1. Mount the two Rotary Motion Sensors on the IDS track using the IDS Mount Accessories,and moun

Page 16

012–06408A RMS/IDS Kit19Set Up Science Workshop1. Insert the digital plugs for the RMS connected to cart 1 into digital channels 1 & 2, and thedig

Page 17

RMS/IDS Kit 012–06408A20 To set up the y-axis plot for Total Momenutm, click on the Plot Input Menu button inthe third y-axis plot and select and th

Page 18 - Analyze the Data

012–06408A RMS/IDS Kit21Questions1. How did the elastic collision effect the total momentum and total kinetic energy in thesystem?2. What effect did f

Page 19

RMS/IDS Kit 012–06408A22

Page 20

012–06408A RMS/IDS Kit23Teachers NotesExperiment 1Figure TN-1Schematic representation of typical experimental results for Experiment 1.Questions1. St

Page 21

RMS/IDS Kit 012–06408A24 Question1. The students data should show that the momentum of the cart equals the impulse of theinelastic collision: mv = F

Page 22

012–06408A RMS/IDS Kit25Time (s)1.0 1.1 1.2 1.3 1.4 1.5 1.6 1.7 1.8 1.9 2.0 2.1 2.2 2.3 2.4 2.5 2.60 10 20 30 40Run #3sVel1 (cm/s)0 10 20 30 40Run #3s

Page 23

012–06408A RMS/IDS KitTable of ContentsSection PageCopyright, Warranty, and Equipment Return ...

Page 24

RMS/IDS Kit 012–06408A26Figure TN-3Typical experimental results from Part B of Experiment 3 (smoothed).collision startsPart BInelastic collision of c

Page 25

012–06408A RMS/IDS Kit270.51 0.40 0.46 0 0.96 0.190.200.200.180.19Questions:1. Total momentum is unchanged after the collision, but the total KE drop

Page 26

RMS/IDS Kit 012–06408A28Experiment 4Equations entered into the Equation Field of the Experimental Calculator:Formulae for Momentum and Total Kinetic E

Page 27 - Teachers Notes

012–06408A RMS/IDS Kit29Table 4.1½m1v12+½m2v22½m1afterv1after2 + ½m2afterv1after2(N s) (N s)Table 4.2measuredcalculatedmeasuredcalculatedcalculatedmea

Page 29 - Experiment 3

Technical SupportFeedbackIf you have any comments about the product or manual,please let us know. If you have any suggestions onalternate experiments

Page 31 - Questions:

iiEquipment ReturnShould the product have to be returned to PASCOscientific for any reason, notify PASCO scientific byletter, phone, or fax BEFORE ret

Page 32 - Experiment 4

012–06408A RMS/IDS Kit1IntroductionThe PASCO CI-6569 RMS/IDS Kit allows the PASCO CI-6538Rotary Motion Sensor (RMS) to function as a Smart Pulley form

Page 33

RMS/IDS Kit 012–06408A2IDS trackIDS track pulleybracketIDS trackIDS cartcart—string bracketSetupEquipment1. Mount the Rotary Motion Sensor (RMS) on th

Page 34

012–06408A RMS/IDS Kit3cart—string bracketIDS Mount AccessoryRMSto computerinterfaceThread is free of obstruction.Figure 3Completed assembly8. If nece

Page 35 - Technical Support

RMS/IDS Kit 012–06408A4➤Note: The manual has been written with the assumption thatthe user has a basic familiarity with Science Workshop and hasaccess

Page 36

012–06408A RMS/IDS Kit5IDS trackIDS cartAdjustableEnd StopIDS track pulley bracketcart—string bracketIDS Mount AccessoryRMSlarge pulley of the3-step p

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