VERIMP Pointer Electroscope Teaching Model Electrostatic Validation Physics Experiment Equipment Teaching Tool for Physical Science Experiment Education 1 PCS
Asin: B0CM6QM55P | Model: VERIMP | PartNumber: VERIMP | Ean: 8244221018594
As an Amazon Associate we earn a fee from qualifying purchases when you follow a link to Amazon from this page. We rank the products, but the links to Amazon are promotional.*When Checking The Charge Of The Object, The Electroscope Ball Can Be Used To First Contact The Object To Be Inspected, And Then Transfer The Obtained Electric Charge To The Electroscope Metal Rod, Or The Metal Rod Can Be Directly Contacted With The Object..
*It Is Best To Wipe The Insulating Sleeve With A Soft Dry Cloth Before Use, Because Dust And Moisture Are Often Affected, Which Can Damage The Insulation Performance. When The Instrument Is Severely Affected By Moisture, It Is Best To Use It After Drying..
*The Easiest Way To Check The Insulation Of An Object Is To Ground The Object (Touch It With Your Hands), And Another Point Of The Object Is In Contact With The Charged Electroscope Metal Rod. Observe The Pointer Of The Electroscope. If The Pointer Returns To Zero Soon, The Tested Object Is A Conductor, Otherwise It Is An Insulator..
*When Measuring The Potential Difference Between Two Charged Bodies, Connect The Metal Shell Of The Electroscope To One Charged Body, Connect The Metal Rod To The Other Charged Body, And Generally Ground The Shell. If The Earth's Electric Potential Is Zero, The Electric Potential Of Each Charged Body Can Be Measured With An Electroscope..
Features
- *This instrument is used for static electricity experiments. It can measure the potential difference between two charged objects; check whether the object is charged; check whether the object is negative, check the insulation of the object, and perform inductive electrification tests.
- *When measuring the potential difference between two charged bodies, connect the metal shell of the electroscope to one charged body, connect the metal rod to the other charged body, and generally ground the shell. If the earth's electric potential is zero, the electric potential of each charged body can be measured with an electroscope.
- *When checking the charge of the object, the electroscope ball can be used to first contact the object to be inspected, and then transfer the obtained electric charge to the electroscope metal rod, or the metal rod can be directly contacted with the object.
- *The easiest way to check the insulation of an object is to ground the object (touch it with your hands), and another point of the object is in contact with the charged electroscope metal rod. Observe the pointer of the electroscope. If the pointer returns to zero soon, The tested object is a conductor, otherwise it is an insulator.
- *It is best to wipe the insulating sleeve with a soft dry cloth before use, because dust and moisture are often affected, which can damage the insulation performance. When the instrument is severely affected by moisture, it is best to use it after drying.
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Brand: VERIMP | Manufacturer: VERIMP
Weight: 1.54 pounds
Warranty: No warranty.
See On Amazon Similar To VERIMP Pointer Electroscope Teaching Model
#1
Eisco Labs Demonstration Electroscope
Asin: B00COQGMKU | Model: PH0917A | PartNumber: PH0917A | Ean: 0849230048648 | UPC: 849230048648
Product Dimensions || The Entire Electroscope Measures Approximately 10.6" X 6.3" X 4.7". The Conductor Sphere Measures 5.9" In Diameter..
Features
- DEMONSTRATION ELECTROSCOPE || The primary purpose of the apparatus is to detect the presence of and measure the magnitude of a static electric charge. A charge is induced or conducted through the metal plate on the top of the device. The electroscope needle attached to the central rod deflects due to the charge induced on the metal plate.
- PRODUCT DIMENSIONS || The entire electroscope measures approximately 10.6 x 6.3 x 4.7. The conductor sphere measures 5.9 in diameter.
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Brand: EISCO | Manufacturer: EISCO
Dimensions: 10.60 x 6.30 x 4.70 inches | Weight: 0.79 pounds
See On Amazon #2
Eisco Labs Gold Leaf Electroscope
Asin: B00COQGLVK | Model: PH0916B | PartNumber: PH0916B | Ean: 0849230048624 | UPC: 849230048624
Instruction Manual || Each Electroscope Includes Detailed Instructions Outlining How To Properly Use The Apparatus And Troubleshooting Tips..
Product Dimensions || Fully Assembled, The Electroscope Measures 6.5" X 3.75" X 2.75"..
Hands On Learning || Eisco's Gold Leaf Electroscope Is Perfect For A Hands-On Classroom Experience. This Electroscope Is An Excellent Tool For Discovering Electrostatic Principles Such As Conduction, Induction, And Coulomb Repulsion..
Features
- GOLD LEAF ELECTROSCOPE || The primary purpose of the apparatus is to detect the presence of and measure the magnitude of a static electric charge. A charge is induced or conducted through the metal plate on the top of the device. The gold leaf mounts to the central rod and deflects due to the charge on the metal plate.
- HANDS ON LEARNING || Eisco's gold leaf electroscope is perfect for a hands-on classroom experience. This electroscope is an excellent tool for discovering electrostatic principles such as conduction, induction, and coulomb repulsion.
- INSTRUCTION MANUAL || Each electroscope includes detailed instructions outlining how to properly use the apparatus and troubleshooting tips.
- PRODUCT DIMENSIONS || Fully assembled, the electroscope measures 6.5 x 3.75 x 2.75.
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Brand: EISCO | Manufacturer: Eisco
Dimensions: 3.90 x 5.50 x 3.50 Inches | Weight: 0.79 pounds
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Eisco Labs Pith Electroscope
Asin: B00AWS42MM | Model: PH0894 | PartNumber: PH0894 | Ean: 0849230048488 | UPC: 849230048488
For Age 14-21.
The Balls Are Held By A Plated Brass Pillar Mounted On Plastic Base.
Features
- Two pith balls on unspun silk demonstrate static electricity
- The balls are held by a plated brass pillar mounted on plastic base
- For age 14-21
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Brand: EISCO | Manufacturer: EISCO
Dimensions: 1.50 x 7.25 x 5.00 inches
See On Amazon #4
EISCO Electroscope Kit, Electrical Charge Demonstration, Borosilicate Glass Flasks
Asin: B017JCRSC4 | Model: PH0901 | PartNumber: PH0901 | Ean: 0849230048532 | UPC: 849230048532
Can Also Be Used To Study Faraday's Ice Pail Experiment - This Allows One To Learn About The Actions Of Charges Both Near And Inside A Conductive Object.
Flasks Are Made Of High Quality, Heavy Duty, 3.3 Borosilicate Glass.
Kit Consists Of 2 Flask Type Electroscope, 2 Discs And Terminals, 1 Faraday’ S Ice Pail, 4 Foil Leaf Pairs.
Provides An Ideal Method For Demonstrating And Studying Electrical Charges. It Is Useful For Both Detecting A Charge And Determining The Relative Amount Of The Charge.
Features
- Electroscope Kit
- Provides an ideal method for demonstrating and studying electrical charges. It is useful for both detecting a charge and determining the relative amount of the charge
- Can also be used to study Faraday's ice pail experiment - this allows one to learn about the actions of charges both near and inside a conductive object
- Kit consists of 2 flask type electroscope, 2 discs and terminals, 1 Faraday s ice pail, 4 foil leaf pairs
- Flasks are made of high quality, heavy duty, 3.3 borosilicate glass
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Brand: EISCO | Manufacturer: Eisco
Dimensions: 4.50 x 8.75 x 7.25 inches
See On Amazon #5
Static Electricity Experiment Can Measure The Potential Difference Between Two Charged Objects Teaching Aids Pointer Electroscope Teaching Model Electrostatic Validation Physics Experiment
Asin: B0D426BPNG | Model: VERIMP | PartNumber: VERIMP | Ean: 8258012095077
*When Checking The Charge Of The Object, The Electroscope Ball Can Be Used To First Contact The Object To Be Inspected, And Then Transfer The Obtained Electric Charge To The Electroscope Metal Rod, Or The Metal Rod Can Be Directly Contacted With The Object..
*It Is Best To Wipe The Insulating Sleeve With A Soft Dry Cloth Before Use, Because Dust And Moisture Are Often Affected, Which Can Damage The Insulation Performance. When The Instrument Is Severely Affected By Moisture, It Is Best To Use It After Drying..
*The Easiest Way To Check The Insulation Of An Object Is To Ground The Object (Touch It With Your Hands), And Another Point Of The Object Is In Contact With The Charged Electroscope Metal Rod. Observe The Pointer Of The Electroscope. If The Pointer Returns To Zero Soon, The Tested Object Is A Conductor, Otherwise It Is An Insulator..
*When Measuring The Potential Difference Between Two Charged Bodies, Connect The Metal Shell Of The Electroscope To One Charged Body, Connect The Metal Rod To The Other Charged Body, And Generally Ground The Shell. If The Earth's Electric Potential Is Zero, The Electric Potential Of Each Charged Body Can Be Measured With An Electroscope..
Features
- *This instrument is used for static electricity experiments. It can measure the potential difference between two charged objects; check whether the object is charged; check whether the object is negative, check the insulation of the object, and perform inductive electrification tests.
- *When measuring the potential difference between two charged bodies, connect the metal shell of the electroscope to one charged body, connect the metal rod to the other charged body, and generally ground the shell. If the earth's electric potential is zero, the electric potential of each charged body can be measured with an electroscope.
- *When checking the charge of the object, the electroscope ball can be used to first contact the object to be inspected, and then transfer the obtained electric charge to the electroscope metal rod, or the metal rod can be directly contacted with the object.
- *The easiest way to check the insulation of an object is to ground the object (touch it with your hands), and another point of the object is in contact with the charged electroscope metal rod. Observe the pointer of the electroscope. If the pointer returns to zero soon, The tested object is a conductor, otherwise it is an insulator.
- *It is best to wipe the insulating sleeve with a soft dry cloth before use, because dust and moisture are often affected, which can damage the insulation performance. When the instrument is severely affected by moisture, it is best to use it after drying.
- See more on Amazon...
Brand: VERIMP | Manufacturer: VERIMP
Weight: 2.20 pounds
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YOtat 2 Pcs Pointer Electroscope - Physical Pointer Test Model - Electrometer Electroscope is Used in Middle and High School Physics and Electricity Experiment Equipment
Asin: B0D3HDTWB3 | Ean: 7410944478132
Verify That The Object Is Energized; Verify That The Power Of The Object Is Positive Or Negative;.
It Is Best To Wipe The Insulating Sleeve Part With A Soft Dry Cloth Before Use, Because It Often Has The Influence Of Dust And Moisture, Which Destroys The Insulation Performance. In The Case That The Instrument Is Seriously Affected By Moisture, It Is Best To Use It After Drying..
Inspect The Insulation Of The Object And The Test For Induction Electrification..
The Instrument Is Used In An Electrostatic Experiment To Measure The Potential Difference Between Two Charged Bodies;.
Features
- Used in electrostatic experiments to determine the potential difference between two charged bodies, whether it is charged, positive or negative
- The instrument is used in an electrostatic experiment to measure the potential difference between two charged bodies;
- Verify that the object is energized; verify that the power of the object is positive or negative;
- Inspect the insulation of the object and the test for induction electrification.
- It is best to wipe the insulating sleeve part with a soft dry cloth before use, because it often has the influence of dust and moisture, which destroys the insulation performance. In the case that the instrument is seriously affected by moisture, it is best to use it after drying.
- See more on Amazon...
Brand: YOtat | Manufacturer: YOtat
See On Amazon #7
GeRRiT 2 PCS Pointer Electroscope - Physical Pointer Test Model - Electrometer Electroscope is Used in Middle and High School Physics and Electricity Experiment Equipment
Asin: B0D25XWL2Y | Ean: 6219440182885, 6219440182984, 6219440177058, 6219440182571, 6219440182724
Verify That The Object Is Energized; Verify That The Power Of The Object Is Positive Or Negative;.
It Is Best To Wipe The Insulating Sleeve Part With A Soft Dry Cloth Before Use, Because It Often Has The Influence Of Dust And Moisture, Which Destroys The Insulation Performance. In The Case That The Instrument Is Seriously Affected By Moisture, It Is Best To Use It After Drying..
Inspect The Insulation Of The Object And The Test For Induction Electrification..
The Instrument Is Used In An Electrostatic Experiment To Measure The Potential Difference Between Two Charged Bodies;.
Features
- Used in electrostatic experiments to determine the potential difference between two charged bodies, whether it is charged, positive or negative
- The instrument is used in an electrostatic experiment to measure the potential difference between two charged bodies;
- Verify that the object is energized; verify that the power of the object is positive or negative;
- Inspect the insulation of the object and the test for induction electrification.
- It is best to wipe the insulating sleeve part with a soft dry cloth before use, because it often has the influence of dust and moisture, which destroys the insulation performance. In the case that the instrument is seriously affected by moisture, it is best to use it after drying.
- See more on Amazon...
Brand: GeRRiT | Manufacturer: GeRRiT
See On Amazon #8
NOALED Centripetal Force Experimenter Science Teaching Instrument Hand Moving Pointer Physical Mechanics Experiment Equipment
Asin: B0D1R3D1MH | Ean: 6487125628700
? Add A Little Oil To The Guide On One End Of The Cylindrical Body Before Use To Reduce Friction..
? Good For School Teaching Tool, Learning Display, And Collectibles, Also Will Be A Great Addition To Your Lab Supplies..
? The Instrument Should Be Handled With Care, Do Not Collide, And Store In A Cool Dry Place After Use..
? This Instrument Is Used For The Physics Teaching "Verification Of The Centripetal Force Formula" Experiment..
Features
- ? Incredible physical laboratory equipment aid tool, or as a decoration in your lab,making physical experiment learning more efficient.
- ? This instrument is used for the physics teaching Verification of the Centripetal Force Formula experiment.
- ? Add a little oil to the guide on one end of the cylindrical body before use to reduce friction.
- ? The instrument should be handled with care, do not collide, and store in a cool dry place after use.
- ? Good for school teaching tool, learning display, and collectibles, also will be a great addition to your lab supplies.
- See more on Amazon...
Brand: NOALED | Manufacturer: NOALED
See On Amazon #9
VERIMP Pointer Type Electroscope Electrometer is Used in Electrostatic Experiments to Measure The Potential Difference Between Two Charged Objects. Teaching Aids Pointer Electroscope Teaching
Asin: B0CT5XY4L3 | Model: VERIMP | PartNumber: VERIMP | Ean: 8244221082748
*When Checking The Charge Of The Object, The Electroscope Ball Can Be Used To First Contact The Object To Be Inspected, And Then Transfer The Obtained Electric Charge To The Electroscope Metal Rod, Or The Metal Rod Can Be Directly Contacted With The Object..
*It Is Best To Wipe The Insulating Sleeve With A Soft Dry Cloth Before Use, Because Dust And Moisture Are Often Affected, Which Can Damage The Insulation Performance. When The Instrument Is Severely Affected By Moisture, It Is Best To Use It After Drying..
*The Easiest Way To Check The Insulation Of An Object Is To Ground The Object (Touch It With Your Hands), And Another Point Of The Object Is In Contact With The Charged Electroscope Metal Rod. Observe The Pointer Of The Electroscope. If The Pointer Returns To Zero Soon, The Tested Object Is A Conductor, Otherwise It Is An Insulator..
*When Measuring The Potential Difference Between Two Charged Bodies, Connect The Metal Shell Of The Electroscope To One Charged Body, Connect The Metal Rod To The Other Charged Body, And Generally Ground The Shell. If The Earth's Electric Potential Is Zero, The Electric Potential Of Each Charged Body Can Be Measured With An Electroscope..
Features
- *This instrument is used for static electricity experiments. It can measure the potential difference between two charged objects; check whether the object is charged; check whether the object is negative, check the insulation of the object, and perform inductive electrification tests.
- *When measuring the potential difference between two charged bodies, connect the metal shell of the electroscope to one charged body, connect the metal rod to the other charged body, and generally ground the shell. If the earth's electric potential is zero, the electric potential of each charged body can be measured with an electroscope.
- *When checking the charge of the object, the electroscope ball can be used to first contact the object to be inspected, and then transfer the obtained electric charge to the electroscope metal rod, or the metal rod can be directly contacted with the object.
- *The easiest way to check the insulation of an object is to ground the object (touch it with your hands), and another point of the object is in contact with the charged electroscope metal rod. Observe the pointer of the electroscope. If the pointer returns to zero soon, The tested object is a conductor, otherwise it is an insulator.
- *It is best to wipe the insulating sleeve with a soft dry cloth before use, because dust and moisture are often affected, which can damage the insulation performance. When the instrument is severely affected by moisture, it is best to use it after drying.
- See more on Amazon...
Brand: VERIMP | Manufacturer: VERIMP
Weight: 2.20 pounds
See On Amazon #10
VERIMP 2 Pcs Foil Electroscope for Students/Teachers Demonstration Electroscope for Frictional Electrification Physics Experiment Electrometer Foil Electroscope Demonstrator Light Weight Widely
Asin: B0CSZ3CZHJ | Model: VERIMP | PartNumber: VERIMP | Ean: 8244221081918
*Product Structure: The Foil Electroscope Is An All-Plastic Enclosed Type That Imitates Japan, With Good Insulation Performance, High Sensitivity, And Is Not Affected By Climate..
*Practical Science: Appropriate Physical Activities And Research Are Not Only Fun, But Can Also Enhance Students' Observation Skills, Stimulate Questions, And Connect The Content Of The Book With Real Life..
*To Check If The Object Is Live - Touch The Object To Be Checked With The Top Of The Electroscope. If The Metal Foil On The Electroscope Is Open, The Object Is Charged; If The Metal Foil Is Not Open, The Object Is Not Charged..
*Purpose: It Is Used To Simulate The Magnetic Molecular Structure Of Magnets, And To Illustrate Phenomena Such As Magnetization And Demagnetization..
Features
- *Foil Electroscope: test whether the object is charged and positive or negative; test the insulation of the object and demonstrate induction charging.
- *Purpose: It is used to simulate the magnetic molecular structure of magnets, and to illustrate phenomena such as magnetization and demagnetization.
- *Product Structure: The foil electroscope is an all-plastic enclosed type that imitates Japan, with good insulation performance, high sensitivity, and is not affected by climate.
- *To Check If The Object Is Live - Touch the object to be checked with the top of the electroscope. If the metal foil on the electroscope is open, the object is charged; if the metal foil is not open, the object is not charged.
- *Practical Science: Appropriate physical activities and research are not only fun, but can also enhance students' observation skills, stimulate questions, and connect the content of the book with real life.
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Brand: VERIMP | Manufacturer: VERIMP
Weight: 1.32 pounds
See On Amazon #11
Pointer Electroscope Single Pack Electrometer Verification Electrostatic Faraday Cylinder Physics Experiment Equipment Teaching Pointer Electroscope Teaching Model Electrostatic Validation
Asin: B0CSWGXMTD | Model: VERIMP | PartNumber: VERIMP | Ean: 8244221079175
*When Checking The Charge Of The Object, The Electroscope Ball Can Be Used To First Contact The Object To Be Inspected, And Then Transfer The Obtained Electric Charge To The Electroscope Metal Rod, Or The Metal Rod Can Be Directly Contacted With The Object..
*It Is Best To Wipe The Insulating Sleeve With A Soft Dry Cloth Before Use, Because Dust And Moisture Are Often Affected, Which Can Damage The Insulation Performance. When The Instrument Is Severely Affected By Moisture, It Is Best To Use It After Drying..
*The Easiest Way To Check The Insulation Of An Object Is To Ground The Object (Touch It With Your Hands), And Another Point Of The Object Is In Contact With The Charged Electroscope Metal Rod. Observe The Pointer Of The Electroscope. If The Pointer Returns To Zero Soon, The Tested Object Is A Conductor, Otherwise It Is An Insulator..
*When Measuring The Potential Difference Between Two Charged Bodies, Connect The Metal Shell Of The Electroscope To One Charged Body, Connect The Metal Rod To The Other Charged Body, And Generally Ground The Shell. If The Earth's Electric Potential Is Zero, The Electric Potential Of Each Charged Body Can Be Measured With An Electroscope..
Features
- *This instrument is used for static electricity experiments. It can measure the potential difference between two charged objects; check whether the object is charged; check whether the object is negative, check the insulation of the object, and perform inductive electrification tests.
- *When measuring the potential difference between two charged bodies, connect the metal shell of the electroscope to one charged body, connect the metal rod to the other charged body, and generally ground the shell. If the earth's electric potential is zero, the electric potential of each charged body can be measured with an electroscope.
- *When checking the charge of the object, the electroscope ball can be used to first contact the object to be inspected, and then transfer the obtained electric charge to the electroscope metal rod, or the metal rod can be directly contacted with the object.
- *The easiest way to check the insulation of an object is to ground the object (touch it with your hands), and another point of the object is in contact with the charged electroscope metal rod. Observe the pointer of the electroscope. If the pointer returns to zero soon, The tested object is a conductor, otherwise it is an insulator.
- *It is best to wipe the insulating sleeve with a soft dry cloth before use, because dust and moisture are often affected, which can damage the insulation performance. When the instrument is severely affected by moisture, it is best to use it after drying.
- See more on Amazon...
Brand: VERIMP | Manufacturer: VERIMP
Weight: 1.54 pounds
See On Amazon #12
Pointer Electroscope Pointer Type Electroscope Electrometer is Used in Electrostatic Experiments to Measure The Potential Difference Between Two Charged Objects Teaching AidsPhysics
Asin: B0CRVJXX9F | Model: VERIMP | PartNumber: VERIMP | Ean: 8244221068926
When Checking The Charge Of The Object, The Electroscope Ball Can Be Used To First Contact The Object To Be Inspected, And Then Transfer The Obtained Electric Charge To The Electroscope Metal Rod, Or The Metal Rod Can Be Directly Contacted With The Object..
It Is Best To Wipe The Insulating Sleeve With A Soft Dry Cloth Before Use, Because Dust And Moisture Are Often Affected, Which Can Damage The Insulation Performance. When The Instrument Is Severely Affected By Moisture, It Is Best To Use It After Drying..
The Easiest Way To Check The Insulation Of An Object Is To Ground The Object (Touch It With Your Hands), And Another Point Of The Object Is In Contact With The Charged Electroscope Metal Rod. Observe The Pointer Of The Electroscope. If The Pointer Returns To Zero Soon, The Tested Object Is A Conductor, Otherwise It Is An Insulator..
When Measuring The Potential Difference Between Two Charged Bodies, Connect The Metal Shell Of The Electroscope To One Charged Body, Connect The Metal Rod To The Other Charged Body, And Generally Ground The Shell. If The Earth's Electric Potential Is Zero, The Electric Potential Of Each Charged Body Can Be Measured With An Electroscope..
Features
- This instrument is used for static electricity experiments. It can measure the potential difference between two charged objects; check whether the object is charged; check whether the object is negative, check the insulation of the object, and perform inductive electrification tests.
- When measuring the potential difference between two charged bodies, connect the metal shell of the electroscope to one charged body, connect the metal rod to the other charged body, and generally ground the shell. If the earth's electric potential is zero, the electric potential of each charged body can be measured with an electroscope.
- When checking the charge of the object, the electroscope ball can be used to first contact the object to be inspected, and then transfer the obtained electric charge to the electroscope metal rod, or the metal rod can be directly contacted with the object.
- The easiest way to check the insulation of an object is to ground the object (touch it with your hands), and another point of the object is in contact with the charged electroscope metal rod. Observe the pointer of the electroscope. If the pointer returns to zero soon, The tested object is a conductor, otherwise it is an insulator.
- It is best to wipe the insulating sleeve with a soft dry cloth before use, because dust and moisture are often affected, which can damage the insulation performance. When the instrument is severely affected by moisture, it is best to use it after drying.
- See more on Amazon...
Brand: VERIMP | Manufacturer: VERIMP
Weight: 2.65 Pounds
See On Amazon #13
VERIMP Pointer Electroscope Teaching Model Electrostatic Validation Physics Experiment Equipment Teaching Tool for Physical Science Experiment Education
Asin: B0CLRRCPJD | Model: VERIMP | PartNumber: VERIMP | Ean: 8244221013353
*When Checking The Charge Of The Object, The Electroscope Ball Can Be Used To First Contact The Object To Be Inspected, And Then Transfer The Obtained Electric Charge To The Electroscope Metal Rod, Or The Metal Rod Can Be Directly Contacted With The Object..
*It Is Best To Wipe The Insulating Sleeve With A Soft Dry Cloth Before Use, Because Dust And Moisture Are Often Affected, Which Can Damage The Insulation Performance. When The Instrument Is Severely Affected By Moisture, It Is Best To Use It After Drying..
*The Easiest Way To Check The Insulation Of An Object Is To Ground The Object (Touch It With Your Hands), And Another Point Of The Object Is In Contact With The Charged Electroscope Metal Rod. Observe The Pointer Of The Electroscope. If The Pointer Returns To Zero Soon, The Tested Object Is A Conductor, Otherwise It Is An Insulator..
*When Measuring The Potential Difference Between Two Charged Bodies, Connect The Metal Shell Of The Electroscope To One Charged Body, Connect The Metal Rod To The Other Charged Body, And Generally Ground The Shell. If The Earth's Electric Potential Is Zero, The Electric Potential Of Each Charged Body Can Be Measured With An Electroscope..
Features
- *This instrument is used for static electricity experiments. It can measure the potential difference between two charged objects; check whether the object is charged; check whether the object is negative, check the insulation of the object, and perform inductive electrification tests.
- *When measuring the potential difference between two charged bodies, connect the metal shell of the electroscope to one charged body, connect the metal rod to the other charged body, and generally ground the shell. If the earth's electric potential is zero, the electric potential of each charged body can be measured with an electroscope.
- *When checking the charge of the object, the electroscope ball can be used to first contact the object to be inspected, and then transfer the obtained electric charge to the electroscope metal rod, or the metal rod can be directly contacted with the object.
- *The easiest way to check the insulation of an object is to ground the object (touch it with your hands), and another point of the object is in contact with the charged electroscope metal rod. Observe the pointer of the electroscope. If the pointer returns to zero soon, The tested object is a conductor, otherwise it is an insulator.
- *It is best to wipe the insulating sleeve with a soft dry cloth before use, because dust and moisture are often affected, which can damage the insulation performance. When the instrument is severely affected by moisture, it is best to use it after drying.
- See more on Amazon...
Brand: VERIMP | Manufacturer: VERIMP
Weight: 1.54 pounds
Warranty: No warranty.
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