Mass of Item
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Item #: _________ Mass of item 1. Pushing nail, m pn = ______________ g 2. Pushing plate, m pp = ______________ g 3. 2 supporting nails, m sn = ______________ g 4. Nut setters, m ns = ______________ g 5. Flexiforce sensor, m s = ______________ g 6. Top cell, m tc = ______________ g 7. Bottom cell, m bc = ______________ g 8. Filter papers, m fp = ______________ g 9. Rubber membranes, m rm = ______________ g 10. Cell holder, m ch = ______________ g 11. Top initial specimen, m ts = ______________ g Dimension of cell 1. Inner diameter, d Reading 1 = ______________ mm Reading 2 = ______________ mm Reading 3 = ______________ mm 2. Initial height, H 0 = ______________ mm Before consolidation, 1. Mass of cell, M 1 = ________________ g 2. Mass of cell + Unsaturated Specimen, M 2 = ________________ g 3. Mass of cell + WET Specimen, M 3 = ________________ g After freeze-drying, 1. Mass of cell + DRY specimen, M 4 = ________________ g 2. Mass of DRY specimen, M 5 (M 4 – M 1 ) = ________________ g 3. Mass of water, M 5 (M 3 – M 4 ) = ________________ g
description
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Transcript of Mass of Item
Item #: _________Mass of item1. Pushing nail, mpn= ______________ g2. Pushing plate, mpp= ______________ g3. 2 supporting nails, msn= ______________ g4. Nut setters, mns= ______________ g5. Flexiforce sensor, ms= ______________ g6. Top cell, mtc= ______________ g7. Bottom cell, mbc= ______________ g8. Filter papers, mfp= ______________ g9. Rubber membranes, mrm= ______________ g10. Cell holder, mch= ______________ g11. Top initial specimen, mts= ______________ gDimension of cell1. Inner diameter, d Reading 1= ______________ mm Reading 2= ______________ mm Reading 3= ______________ mm2. Initial height, H0= ______________ mmBefore consolidation,1. Mass of cell, M1= ________________ g2. Mass of cell + Unsaturated Specimen, M2= ________________ g3. Mass of cell + WET Specimen, M3= ________________ gAfter freeze-drying,1. Mass of cell + DRY specimen, M4= ________________ g2. Mass of DRY specimen, M5 (M4 M1)= ________________ g3. Mass of water, M5 (M3 M4)= ________________ g___________________________________________________________________________
Sensor #: _______________Date: __________________Initial height of the sample, Hi = _______________ mmTimeVoltage (V)Height (mm)TimeVoltage (V)Height (mm)
