Atmospheric Pressure Magdeburg Hemisphere,Physics Experiment Instrument,Teaching Equipment
Asin: B0B49XTJ96 | Ean: 7074238376582, 9172006808759, 7019209855932, 9301900703475, 6167439462046
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.Size: Chassis Diameter 117Mm/4.6 In.
Weight: A Pair Of Net Weight Is About 350G.
Material: Rubber Chassis + Metal Pull Ring.
Two Rubber Hemispheres With Pull-Rings Align With Each Other To Form A Closed Container, And Then Press Lightly. The Pressure Difference Between The Closed Sphere And The Outside Atmospheric Pressure Will Suck The Two Hemispherical Balls Tightly, So That They Cannot Be Used In A Certain Tension Ring. The Two Hemispheres Are Separated..
Features
- This product is mainly used in junior high school physics to prove the existence of atmospheric pressure and demonstrate the famous Magdeburg hemisphere experiment.
- Two rubber hemispheres with pull-rings align with each other to form a closed container, and then press lightly. The pressure difference between the closed sphere and the outside atmospheric pressure will suck the two hemispherical balls tightly, so that they cannot be used in a certain tension ring. The two hemispheres are separated.
- Size: chassis diameter 117mm/4.6 in
- Material: rubber chassis + metal pull ring
- Weight: a pair of net weight is about 350g
- See more on Amazon...
Brand: Jieoto | Manufacturer: FMOGGE
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United Scientific MGH001 Metal Magdeburg Hemispheres
Asin: B00ES3O77C | Model: MGH001 | PartNumber: MGH001
Country Of Origin :United States.
Package Quantity :1.
Package Dimensions :11.5 Cm L X12.3 Cm W X22.2 Cm H.
Features
- Product Type :Teaching Equipment
- Package Dimensions :11.5 Cm L X12.3 Cm W X22.2 Cm H
- Country Of Origin :United States
- Package Quantity :1
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Brand: United Scientific | Manufacturer: United Scientific Supplies
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Eisco Labs 4.25" Diameter Plastic Magdeburg Hemisphere with Valve
Asin: B00JQMXO4C | Ean: 0849230037512 | UPC: 849230037512
Molded Handles.
O-Ring Seal.
Convenient Valve For Easy Operation And Release..
Features
- 4.25" Diameter
- Convenient valve for easy operation and release.
- Molded handles
- O-ring Seal
- See more on Amazon...
Brand: EISCO | Manufacturer: EISCO
Dimensions: 4.50 x 7.00 x 6.25 inches | Weight: 0.00 pounds
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Educational Science Model Middle School Atmospheric Pressure Test Madenburg Hemisphere
Asin: B0D5V7SXT1 | Ean: 7681011861762
2. Fit The Rubber Surfaces Of The Two Hemispheres Together And Hold Them Firmly With Both Hands..
3. First Buckle One Of The Handles Inside, Then The Other. Lamination Is Complete..
1. Open The Handles Of The Two Hemispheres Separately, Half At 90 Degrees And Half At 20 Degrees..
This Experiment Proved That Atmospheric Pressure..
Features
- In the experiment, we squeezed the air out of the suction cup to reduce the number of air particles in the suction cup. The atmosphere outside the suction cup pressed the two suction cups together, so it was not easy to separate.
- This experiment proved that atmospheric pressure.
- 2. Fit the rubber surfaces of the two hemispheres together and hold them firmly with both hands.
- 1. Open the handles of the two hemispheres separately, half at 90 degrees and half at 20 degrees.
- 3. First buckle one of the handles inside, then the other. Lamination is complete.
- See more on Amazon...
Brand: FYKJBM-US | Manufacturer: FYKJBM-US
See On Amazon #4
FYKJBM-US Atmospheric Pressure Magdeburg Hemisphere,Physics Experiment Instrument,Teaching Equipment
Asin: B0D5V7BBSV | Ean: 7681011864336
Size: Chassis Diameter 117Mm/4.6 In.
Weight: A Pair Of Net Weight Is About 350G.
Material: Rubber Chassis + Metal Pull Ring.
Two Rubber Hemispheres With Pull-Rings Align With Each Other To Form A Closed Container, And Then Press Lightly. The Pressure Difference Between The Closed Sphere And The Outside Atmospheric Pressure Will Suck The Two Hemispherical Balls Tightly, So That They Cannot Be Used In A Certain Tension Ring. The Two Hemispheres Are Separated..
Features
- This product is mainly used in junior high school physics to prove the existence of atmospheric pressure and demonstrate the famous Magdeburg hemisphere experiment.
- Two rubber hemispheres with pull-rings align with each other to form a closed container, and then press lightly. The pressure difference between the closed sphere and the outside atmospheric pressure will suck the two hemispherical balls tightly, so that they cannot be used in a certain tension ring. The two hemispheres are separated.
- Size: chassis diameter 117mm/4.6 in
- Material: rubber chassis + metal pull ring
- Weight: a pair of net weight is about 350g
- See more on Amazon...
Brand: FYKJBM-US | Manufacturer: FYKJBM-US
See On Amazon #5
JKSVTF Educational Science Model Middle School Physics Experiment Equipment Atmospheric Pressure Test Madenburg Hemisphere
Asin: B0D56ZM8VT | Ean: 7342376772765
2. Fit The Rubber Surfaces Of The Two Hemispheres Together And Hold Them Firmly With Both Hands..
This Experiment Proved That Atmospheric Pressure..
3. First Buckle One Of The Handles Inside, Then The Other. Lamination Is Complete..
1. Open The Handles Of The Two Hemispheres Separately, Half At 90 Degrees And Half At 20 Degrees..
Features
- In the experiment, we squeezed the air out of the suction cup to reduce the number of air particles in the suction cup. The atmosphere outside the suction cup pressed the two suction cups together, so it was not easy to separate.
- 1. Open the handles of the two hemispheres separately, half at 90 degrees and half at 20 degrees.
- 2. Fit the rubber surfaces of the two hemispheres together and hold them firmly with both hands.
- 3. First buckle one of the handles inside, then the other. Lamination is complete.
- This experiment proved that atmospheric pressure.
- See more on Amazon...
Brand: JKSVTF | Manufacturer: JKSVTF
See On Amazon #6
ERoomQ Mini Magdeburg Hemispheres, Physics Experiment Instrument,Teaching Equipment
Asin: B0D424CQZJ | Ean: 7591334105569
Size: Chassis Diameter 117Mm/4.6 In.
Weight: A Pair Of Net Weight Is About 350G.
Material: Rubber Chassis + Metal Pull Ring.
Two Rubber Hemispheres With Pull-Rings Align With Each Other To Form A Closed Container, And Then Press Lightly. The Pressure Difference Between The Closed Sphere And The Outside Atmospheric Pressure Will Suck The Two Hemispherical Balls Tightly, So That They Cannot Be Used In A Certain Tension Ring. The Two Hemispheres Are Separated..
Features
- This product is mainly used in junior high school physics to prove the existence of atmospheric pressure and demonstrate the famous Magdeburg hemisphere experiment.
- Two rubber hemispheres with pull-rings align with each other to form a closed container, and then press lightly. The pressure difference between the closed sphere and the outside atmospheric pressure will suck the two hemispherical balls tightly, so that they cannot be used in a certain tension ring. The two hemispheres are separated.
- Size: chassis diameter 117mm/4.6 in
- Material: rubber chassis + metal pull ring
- Weight: a pair of net weight is about 350g
- See more on Amazon...
Brand: ERoomQ | Manufacturer: ERoomQ
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