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Weighing Sample Example 2
SS252553
RM
INTELECOM / Science Source
Weighing Sample Example 2
Balance to Zero
SS252531
RM
INTELECOM / Science Source
Balance to Zero
Wait Before Reading Meniscus
SS252519
RM
INTELECOM / Science Source
Wait Before Reading Meniscus
Fluted Filter Paper (Version 2)
SS252440
RM
INTELECOM / Science Source
Fluted Filter Paper (Version 2)
Folding Filter Paper
SS252438
RM
INTELECOM / Science Source
Folding Filter Paper
Transferring Solid from Weighing Paper
SS252434
RM
INTELECOM / Science Source
Transferring Solid from Weighing Paper
Turning on the Spectronic 20 (Version 2)
SS252388
RM
INTELECOM / Science Source
Turning on the Spectronic 20 (Version 2)
Checking the Meter
SS252352
RM
INTELECOM / Science Source
Checking the Meter
Mixing the Solution in a Volumetric Flask
SS252323
RM
INTELECOM / Science Source
Mixing the Solution in a Volumetric Flask
Creating a Vacuum by Connecting to a Vacuum Pump
SS252307
RM
INTELECOM / Science Source
Creating a Vacuum by Connecting to a Vacuum Pump
Releasing the Vacuum
SS252299
RM
INTELECOM / Science Source
Releasing the Vacuum
Using the Spectroscope
SS252289
RM
INTELECOM / Science Source
Using the Spectroscope
Aligning the Slit of a Spectroscope
SS252287
RM
INTELECOM / Science Source
Aligning the Slit of a Spectroscope
Turning on the Spectronic 20 (Version 1)
SS252283
RM
INTELECOM / Science Source
Turning on the Spectronic 20 (Version 1)
Dispersing an Emulsion by Stirring
SS252272
RM
INTELECOM / Science Source
Dispersing an Emulsion by Stirring
Pouring Liquids into the Funnel
SS252268
RM
INTELECOM / Science Source
Pouring Liquids into the Funnel
Trying to Drain Liquid With the Stopper in Place
SS252267
RM
INTELECOM / Science Source
Trying to Drain Liquid With the Stopper in Place
Placing a Sample in a Single-Beam Instrument
SS252259
RM
INTELECOM / Science Source
Placing a Sample in a Single-Beam Instrument
Stirring Too Rapidly
SS252201
RM
INTELECOM / Science Source
Stirring Too Rapidly
Cleaning the Syringe
SS252180
RM
INTELECOM / Science Source
Cleaning the Syringe
Measuring Potential Difference
SS252174
RM
INTELECOM / Science Source
Measuring Potential Difference
Cleaning the Electrode
SS252170
RM
INTELECOM / Science Source
Cleaning the Electrode
Preparing the Electrodes of a Conductivity Meter
SS252169
RM
INTELECOM / Science Source
Preparing the Electrodes of a Conductivity Meter
Chart Recorder: Peaks are Too Close
SS252164
RM
INTELECOM / Science Source
Chart Recorder: Peaks are Too Close
Decant the Supernatant
SS252158
RM
INTELECOM / Science Source
Decant the Supernatant
Filling the Buret
SS252140
RM
INTELECOM / Science Source
Filling the Buret
Rinsing a Buret
SS252139
RM
INTELECOM / Science Source
Rinsing a Buret
Extinguishing a Burner
SS252136
RM
INTELECOM / Science Source
Extinguishing a Burner
Adjusting a Burner
SS252135
RM
INTELECOM / Science Source
Adjusting a Burner
Lighting a Burner
SS252132
RM
INTELECOM / Science Source
Lighting a Burner
Using a Standard Bulb
SS252131
RM
INTELECOM / Science Source
Using a Standard Bulb
Releasing Liquid with a 3-Way Bulb
SS252129
RM
INTELECOM / Science Source
Releasing Liquid with a 3-Way Bulb
Filling a Pipet with a 3-Way Bulb
SS252127
RM
INTELECOM / Science Source
Filling a Pipet with a 3-Way Bulb
Reading the Barometer
SS252123
RM
INTELECOM / Science Source
Reading the Barometer
Adjusting the Reservoir (Version 1)
SS252122
RM
INTELECOM / Science Source
Adjusting the Reservoir (Version 1)
Weighing a Sample
SS252118
RM
INTELECOM / Science Source
Weighing a Sample
Do Not Weigh Hot Objects
SS252117
RM
INTELECOM / Science Source
Do Not Weigh Hot Objects
Draft Shield (Version 1)
SS252115
RM
INTELECOM / Science Source
Draft Shield (Version 1)
Weighing Volatile Liquids
SS252113
RM
INTELECOM / Science Source
Weighing Volatile Liquids
Tare Function
SS252111
RM
INTELECOM / Science Source
Tare Function
Keeping a Balance Clean
SS252109
RM
INTELECOM / Science Source
Keeping a Balance Clean
Checking the Buret
SS252562
RM
INTELECOM / Science Source
Checking the Buret
Dissolve the Acid Sample
SS252561
RM
INTELECOM / Science Source
Dissolve the Acid Sample
Beginning of a Complete Acid-Base Titration
SS252556
RM
INTELECOM / Science Source
Beginning of a Complete Acid-Base Titration
Using a Weighing Spoon
SS252554
RM
INTELECOM / Science Source
Using a Weighing Spoon
Quantitative Transfer of a Solid with a Spatula
SS252549
RM
INTELECOM / Science Source
Quantitative Transfer of a Solid with a Spatula
Drain the Pipet Tip
SS252543
RM
INTELECOM / Science Source
Drain the Pipet Tip
Using a Paper Strap to Hold the Weighing Bottle
SS252541
RM
INTELECOM / Science Source
Using a Paper Strap to Hold the Weighing Bottle
Preparation
SS252540
RM
INTELECOM / Science Source
Preparation
Using a Finger-Held Weighing Bottle
SS252533
RM
INTELECOM / Science Source
Using a Finger-Held Weighing Bottle
Mixing the Solution 2
SS252529
RM
INTELECOM / Science Source
Mixing the Solution 2
Mixing the Solution
SS252526
RM
INTELECOM / Science Source
Mixing the Solution
Titration with a pH Meter
SS252517
RM
INTELECOM / Science Source
Titration with a pH Meter
Techniques for approaching the endpoint.
SS252505
RM
INTELECOM / Science Source
Techniques for approaching the endpoint.
Contrast Card
SS252501
RM
INTELECOM / Science Source
Contrast Card
Co-spotting Compounds
SS252468
RM
INTELECOM / Science Source
Co-spotting Compounds
Removing Sample from Funnel (Version 2)
SS252445
RM
INTELECOM / Science Source
Removing Sample from Funnel (Version 2)
Weighing a Solid: Taring
SS252432
RM
INTELECOM / Science Source
Weighing a Solid: Taring
Use a Clean Container
SS252412
RM
INTELECOM / Science Source
Use a Clean Container
Excess Chemical
SS252411
RM
INTELECOM / Science Source
Excess Chemical
Filling and Emptying a Mohr Pipet Without Measuring Volume (Version 2)
SS252383
RM
INTELECOM / Science Source
Filling and Emptying a Mohr Pipet Without Measuring Volume (Version 2)
Preparing an Ice Bath
SS252359
RM
INTELECOM / Science Source
Preparing an Ice Bath
Ejecting the Tip of a Digital Pipettor
SS252349
RM
INTELECOM / Science Source
Ejecting the Tip of a Digital Pipettor
Aspirating Liquid into the Pipettor Tip
SS252344
RM
INTELECOM / Science Source
Aspirating Liquid into the Pipettor Tip
Measuring the Conductivity of a Solution (Version 1)
SS252343
RM
INTELECOM / Science Source
Measuring the Conductivity of a Solution (Version 1)
Hot Glass can be Dangerous
SS252335
RM
INTELECOM / Science Source
Hot Glass can be Dangerous
Ultraviolet Light Can Damage Eyes
SS252332
RM
INTELECOM / Science Source
Ultraviolet Light Can Damage Eyes
Overfilling the Filter Paper
SS252328
RM
INTELECOM / Science Source
Overfilling the Filter Paper
Glassware on Edge of Lab Bench is Dangerous
SS252327
RM
INTELECOM / Science Source
Glassware on Edge of Lab Bench is Dangerous
Filling a Volumetric Flask Too Quickly
SS252324
RM
INTELECOM / Science Source
Filling a Volumetric Flask Too Quickly
Using an Indicator During a Titration (Part 1)
SS252293
RM
INTELECOM / Science Source
Using an Indicator During a Titration (Part 1)
Using an Indicator during a Titration (Part 2)
SS252290
RM
INTELECOM / Science Source
Using an Indicator during a Titration (Part 2)
Do Not Touch Discharge Tubes
SS252284
RM
INTELECOM / Science Source
Do Not Touch Discharge Tubes
Setting Maximum Absorbance (Or Zero Transmittance)
SS252276
RM
INTELECOM / Science Source
Setting Maximum Absorbance (Or Zero Transmittance)
Preparing the Cuvette and Placing the Sample in the Spectrophotometer
SS252274
RM
INTELECOM / Science Source
Preparing the Cuvette and Placing the Sample in the Spectrophotometer
Separating the 2 Layers
SS252264
RM
INTELECOM / Science Source
Separating the 2 Layers
Mixing the Liquids
SS252261
RM
INTELECOM / Science Source
Mixing the Liquids
Separatory Funnel Safety
SS252260
RM
INTELECOM / Science Source
Separatory Funnel Safety
Pouring Solids
SS252257
RM
INTELECOM / Science Source
Pouring Solids
Transferring a Liquid Sample with a Volumetric Pipet
SS252253
RM
INTELECOM / Science Source
Transferring a Liquid Sample with a Volumetric Pipet
Filling a Volumetric Pipet
SS252251
RM
INTELECOM / Science Source
Filling a Volumetric Pipet
Preparing a Mohr Pipet for Use
SS252246
RM
INTELECOM / Science Source
Preparing a Mohr Pipet for Use
Using a Standard Bulb with a Mohr Pipet
SS252244
RM
INTELECOM / Science Source
Using a Standard Bulb with a Mohr Pipet
Placing a Sample in a Hot Apparatus
SS252209
RM
INTELECOM / Science Source
Placing a Sample in a Hot Apparatus
Observing a Melting Range (Version 1)
SS252205
RM
INTELECOM / Science Source
Observing a Melting Range (Version 1)
Do Not Heat a Closed Container
SS252202
RM
INTELECOM / Science Source
Do Not Heat a Closed Container
Setup for Gravity Filtration
SS252190
RM
INTELECOM / Science Source
Setup for Gravity Filtration
Selecting a Receiving Container
SS252189
RM
INTELECOM / Science Source
Selecting a Receiving Container
Injecting a Sample (Version 1)
SS252186
RM
INTELECOM / Science Source
Injecting a Sample (Version 1)
Drawing a Sample into the Syringe
SS252181
RM
INTELECOM / Science Source
Drawing a Sample into the Syringe
Connecting the Leads to the Meter
SS252179
RM
INTELECOM / Science Source
Connecting the Leads to the Meter
Preparing a Salt Bridge
SS252171
RM
INTELECOM / Science Source
Preparing a Salt Bridge
Chart Recorder: Peaks Off Scale
SS252167
RM
INTELECOM / Science Source
Chart Recorder: Peaks Off Scale
Error in Removing the Supernatant with a Dropper
SS252157
RM
INTELECOM / Science Source
Error in Removing the Supernatant with a Dropper
Removing the Supernatant with a Dropper
SS252155
RM
INTELECOM / Science Source
Removing the Supernatant with a Dropper
Loading a Centrifuge
SS252150
RM
INTELECOM / Science Source
Loading a Centrifuge
Assembling the Coffee Cup Calorimeter (Version 1)
SS252147
RM
INTELECOM / Science Source
Assembling the Coffee Cup Calorimeter (Version 1)
Removing Air Bubbles from the Buret Tip
SS252142
RM
INTELECOM / Science Source
Removing Air Bubbles from the Buret Tip
Weighing Wet Samples
SS252121
RM
INTELECOM / Science Source
Weighing Wet Samples
Regions of a Gas-Burner Flame
SS252107
RM
INTELECOM / Science Source
Regions of a Gas-Burner Flame
Potato Starch Grains in Cells
SS132510
RM
Ted Kinsman / Science Source
Potato Starch Grains in Cells
Human Hair
SS132472
RM
Ted Kinsman / Science Source
Human Hair
Potato Starch Grains in Cells
SS132446
RM
Ted Kinsman / Science Source
Potato Starch Grains in Cells
Potato Starch Grains in Cells
SS132397
RM
Ted Kinsman / Science Source
Potato Starch Grains in Cells
Potato Starch Grains in Cells
SS132395
RM
Ted Kinsman / Science Source
Potato Starch Grains in Cells
Human Hair
SS132394
RM
Ted Kinsman / Science Source
Human Hair
Potato Starch Grains in Cells
SS132390
RM
Ted Kinsman / Science Source
Potato Starch Grains in Cells
Potato Starch Grains in Cells
SS132342
RM
Ted Kinsman / Science Source
Potato Starch Grains in Cells
Human Hair
SS132341
RM
Ted Kinsman / Science Source
Human Hair
Brain scan
SS22432702
RM
Hank Morgan / Science Source
Brain scan
Lumbar puncture being performed
SS21298076
RM
Biophoto Associates / Science Source
Lumbar puncture being performed
Cold Water Survival Training
SS21023781
RM
Science Source
Cold Water Survival Training
Hydroponics
SS2840243
RM
Lowell Georgia / Science Source
Hydroponics
Base in Upper Jaw, X-Ray
SS2811348
RM
Kul Bhatia / Science Source
Base in Upper Jaw, X-Ray
Peripheral Streak Image of Watermelon
SS2553788
RM
Ted Kinsman / Science Source
Peripheral Streak Image of Watermelon
Peripheral Streak Image of Watermelon
SS2553787
RM
Ted Kinsman / Science Source
Peripheral Streak Image of Watermelon
Chest X Ray Exam
SS2438275
RM
Will & Deni McIntyre / Science Source
Chest X Ray Exam
Normal Thermogram
SS2351648
RM
Alexander Tsiaras / Science Source
Normal Thermogram
Beginning of the First Sample Titration
SS252571
RM
INTELECOM / Science Source
Beginning of the First Sample Titration
Initial Meniscus Reading
SS252569
RM
INTELECOM / Science Source
Initial Meniscus Reading
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