Jieoto Aircraft Lift Principle Demonstrator Wind Tunnel Experiment Wing Lift Principle Demonstrator Gas Convection Physics Experiment Equipment Teaching Instrument
Asin: B0B41ND5LJ | Ean: 9301900707299
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.This Instrument Is Composed Of A Fan, An Airplane Model, A Transparent Cover, A Slide Bar, A Slide Bar Pressing Plate, A Wooden Base, Etc. The Instrument Except The Airplane Model And The Sliding Bar Pressing Plate Can Be Removed, And The Rest Of The Parts Are Fixed..
The Power Supply Of This Instrument Is 50Hz, 220±22V Ac Voltage..
The Wing Profile Of The Airplane Model Is Rounded At The Front End, Sharp At The Rear End, Curved At The Top, Flat At The Bottom, And Asymmetrical Up And Down, So That When The Air Flows Toward The Airplane Model (Equivalent To The Airplane Taxiing Forward), According To Bernoulli's Theorem, When The Airflow Passes Through The Upper Wing Surface, The Squeezing Velocity Of The Airflow Increases And The Pressure Decreases. When The Airflow Passes Through The Lower Wing Surface, The Velocity Is Sl.
Its Appearance Is Beautiful, The Operation Is Simple, The Verification Is Good, And The Interest Is Strong..
Features
- This instrument is used to demonstrate and verify the principle of lift generated by the wings of an aircraft when flying in the atmosphere.
- Its appearance is beautiful, the operation is simple, the verification is good, and the interest is strong.
- This instrument is composed of a fan, an airplane model, a transparent cover, a slide bar, a slide bar pressing plate, a wooden base, etc. The instrument except the airplane model and the sliding bar pressing plate can be removed, and the rest of the parts are fixed.
- The wing profile of the airplane model is rounded at the front end, sharp at the rear end, curved at the top, flat at the bottom, and asymmetrical up and down, so that when the air flows toward the airplane model (equivalent to the airplane taxiing forward), according to Bernoulli's theorem, When the airflow passes through the upper wing surface, the squeezing velocity of the airflow increases and the pressure decreases. When the airflow passes through the lower wing surface, the velocity is sl
- The power supply of this instrument is 50Hz, 220 22V AC voltage.
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Brand: Jieoto | Manufacturer: Jieoto
See On Amazon Similar To Jieoto Aircraft Lift Principle Demonstrator
#1
VERIMP Wing Lift Demonstrator Aircraft Lift Principle Demonstrator Model Teaching Instrument Physics Equipment Aircraft Lift Principle Demonstrator Wind Tunnel Experiment Wing Lift Principle
Asin: B0CSZ4QG7M | Model: VERIMP | PartNumber: VERIMP | Ean: 8244221082052
* This Instrument Is Composed Of A Fan, An Airplane Model, A Transparent Cover, A Slide Bar, A Slide Bar Pressing Plate, A Wooden Base, Etc. The Instrument Except The Airplane Model And The Sliding Bar Pressing Plate Can Be Removed, And The Rest Of The Parts Are Fixed..
* The Power Supply Of This Instrument Is 50Hz, 220±22V Ac Voltage..
* The Wing Profile Of The Airplane Model Is Rounded At The Front End, Sharp At The Rear End, Curved At The Top, Flat At The Bottom, And Asymmetrical Up And Down, So That When The Air Flows Toward The Airplane Model (Equivalent To The Airplane Taxiing Forward), According To Bernoulli's Theorem, When The Airflow Passes Through The Upper Wing Surface, The Squeezing Velocity Of The Airflow Increases And The Pressure Decreases. When The Airflow Passes Through The Lower Wing Surface, The Velocity Is.
* Its Appearance Is Beautiful, The Operation Is Simple, The Verification Is Good, And The Interest Is Strong..
Features
- * This instrument is used to demonstrate and verify the principle of lift generated by the wings of an aircraft when flying in the atmosphere.
- * Its appearance is beautiful, the operation is simple, the verification is good, and the interest is strong.
- * This instrument is composed of a fan, an airplane model, a transparent cover, a slide bar, a slide bar pressing plate, a wooden base, etc. The instrument except the airplane model and the sliding bar pressing plate can be removed, and the rest of the parts are fixed.
- * The wing profile of the airplane model is rounded at the front end, sharp at the rear end, curved at the top, flat at the bottom, and asymmetrical up and down, so that when the air flows toward the airplane model (equivalent to the airplane taxiing forward), according to Bernoulli's theorem, When the airflow passes through the upper wing surface, the squeezing velocity of the airflow increases and the pressure decreases. When the airflow passes through the lower wing surface, the velocity is
- * The power supply of this instrument is 50Hz, 220 22V AC voltage.
- See more on Amazon...
Brand: VERIMP | Manufacturer: VERIMP
Weight: 6.39 pounds
See On Amazon #2
VERIMP Aircraft Lift Principle Demonstrator Wind Tunnel Experiment Wing Lift Principle Demonstrator Gas Convection Physics Experiment Equipment Wing Lift Demonstrator Aircraft Lift
Asin: B0CLY84SW4 | Model: VERIMP | PartNumber: VERIMP | Ean: 8244221017450
* This Instrument Is Composed Of A Fan, An Airplane Model, A Transparent Cover, A Slide Bar, A Slide Bar Pressing Plate, A Wooden Base, Etc. The Instrument Except The Airplane Model And The Sliding Bar Pressing Plate Can Be Removed, And The Rest Of The Parts Are Fixed..
* The Power Supply Of This Instrument Is 50Hz, 220±22V Ac Voltage..
* The Wing Profile Of The Airplane Model Is Rounded At The Front End, Sharp At The Rear End, Curved At The Top, Flat At The Bottom, And Asymmetrical Up And Down, So That When The Air Flows Toward The Airplane Model (Equivalent To The Airplane Taxiing Forward), According To Bernoulli's Theorem, When The Airflow Passes Through The Upper Wing Surface, The Squeezing Velocity Of The Airflow Increases And The Pressure Decreases. When The Airflow Passes Through The Lower Wing Surface, The Velocity Is.
* Its Appearance Is Beautiful, The Operation Is Simple, The Verification Is Good, And The Interest Is Strong..
Features
- * This instrument is used to demonstrate and verify the principle of lift generated by the wings of an aircraft when flying in the atmosphere.
- * Its appearance is beautiful, the operation is simple, the verification is good, and the interest is strong.
- * This instrument is composed of a fan, an airplane model, a transparent cover, a slide bar, a slide bar pressing plate, a wooden base, etc. The instrument except the airplane model and the sliding bar pressing plate can be removed, and the rest of the parts are fixed.
- * The wing profile of the airplane model is rounded at the front end, sharp at the rear end, curved at the top, flat at the bottom, and asymmetrical up and down, so that when the air flows toward the airplane model (equivalent to the airplane taxiing forward), according to Bernoulli's theorem, When the airflow passes through the upper wing surface, the squeezing velocity of the airflow increases and the pressure decreases. When the airflow passes through the lower wing surface, the velocity is
- * The power supply of this instrument is 50Hz, 220 22V AC voltage.
- See more on Amazon...
Brand: VERIMP | Manufacturer: VERIMP
Weight: 6.61 pounds
Warranty: No warranty.
See On Amazon #3
Aircraft Lift Principle Demonstrator Model Small Wind Tunnel Model Gas Convection Teaching Instrument
Asin: B0D5MHSSYX | Ean: 7681011858885
This Instrument Is Composed Of A Fan, An Airplane Model, A Transparent Cover, A Slide Bar, A Slide Bar Pressing Plate, A Wooden Base, Etc. The Instrument Except The Airplane Model And The Sliding Bar Pressing Plate Can Be Removed, And The Rest Of The Parts Are Fixed..
The Power Supply Of This Instrument Is 50Hz, 220±22V Ac Voltage..
The Wing Profile Of The Airplane Model Is Rounded At The Front End, Sharp At The Rear End, Curved At The Top, Flat At The Bottom, And Asymmetrical Up And Down, So That When The Air Flows Toward The Airplane Model , According To Bernoulli's Theorem, When The Airflow Passes Through The Upper Wing Surface, The Squeezing Velocity Of The Airflow Increases And The Pressure Decreases. When The Airflow Passes Through The Lower Wing Surface, The Velocity Is Sl.
Its Appearance Is Beautiful, The Operation Is Simple, The Verification Is Good, And The Interest Is Strong..
Features
- This instrument is used to demonstrate and verify the principle of lift generated by the wings of an aircraft when flying in the atmosphere.
- Its appearance is beautiful, the operation is simple, the verification is good, and the interest is strong.
- This instrument is composed of a fan, an airplane model, a transparent cover, a slide bar, a slide bar pressing plate, a wooden base, etc. The instrument except the airplane model and the sliding bar pressing plate can be removed, and the rest of the parts are fixed.
- The wing profile of the airplane model is rounded at the front end, sharp at the rear end, curved at the top, flat at the bottom, and asymmetrical up and down, so that when the air flows toward the airplane model , according to Bernoulli's theorem, When the airflow passes through the upper wing surface, the squeezing velocity of the airflow increases and the pressure decreases. When the airflow passes through the lower wing surface, the velocity is sl
- The power supply of this instrument is 50Hz, 220 22V AC voltage.
- See more on Amazon...
Brand: FYKJBM-US | Manufacturer: FYKJBM-US
See On Amazon #4
RTXUGMM Aircraft Lift Principle Demonstrator Model Junior High School Physics Experiment Equipment Teaching Instrument for Students
Asin: B0D3XCH2YC | Ean: 6009184787145
As The Wing Passes Through The Air, The Flow Rate Of The Air Above And Below The Wing Will Change. The Airflow Speed Above The Wing Is Slow And The Pressure Is Small, While The Air In The Lower Space Is Fast And The Pressure Is High. The Pressure Difference Between The Two Is The Lift Of The Aircraft..
Quality Service:We Attach Great Importance To Customer Experience, So You Can Contact Us If You Have Any Questions, And We Will Get Back To You Within 24 Hours!.
Principle:The Main Reason For The Aircraft's Lift And Gliding Effect Is The Main Part Of The Aircraft's Wing, The Impact On The Aircraft, The Wing Is The Main Bearing Surface For The Lift, Which Is Of Great Significance To The Flight..
Instructions:Connect The Power Supply To The Base Terminal To Make The Blower Work. The Blower Blows The Wing Model To Make The Wing Fly..
Features
- Structure:The aircraft lift principle demonstrator consists of an aircraft wing section model, a blower and a base.
- Instructions:Connect the power supply to the base terminal to make the blower work. The blower blows the wing model to make the wing fly.
- As the wing passes through the air, the flow rate of the air above and below the wing will change. The airflow speed above the wing is slow and the pressure is small, while the air in the lower space is fast and the pressure is high. The pressure difference between the two is the lift of the aircraft.
- Principle:The main reason for the aircraft's lift and gliding effect is the main part of the aircraft's wing, the impact on the aircraft, the wing is the main bearing surface for the lift, which is of great significance to the flight.
- Quality service:We attach great importance to customer experience, so you can contact us if you have any questions, and we will get back to you within 24 hours!
- See more on Amazon...
Brand: RTXUGMM | Manufacturer: RTXUGMM
See On Amazon #5
Aircraft Lift Principle Demonstrator Model Junior High School Physics Experiment Equipment Teaching Instrument for Students
Asin: B0CTT9MTVR | Ean: 6285149973222
As The Wing Passes Through The Air, The Flow Rate Of The Air Above And Below The Wing Will Change. The Airflow Speed Above The Wing Is Slow And The Pressure Is Small, While The Air In The Lower Space Is Fast And The Pressure Is High. The Pressure Difference Between The Two Is The Lift Of The Aircraft..
Quality Service:We Attach Great Importance To Customer Experience, So You Can Contact Us If You Have Any Questions, And We Will Get Back To You Within 24 Hours!.
Principle:The Main Reason For The Aircraft's Lift And Gliding Effect Is The Main Part Of The Aircraft's Wing, The Impact On The Aircraft, The Wing Is The Main Bearing Surface For The Lift, Which Is Of Great Significance To The Flight..
Instructions:Connect The Power Supply To The Base Terminal To Make The Blower Work. The Blower Blows The Wing Model To Make The Wing Fly..
Features
- Structure:The aircraft lift principle demonstrator consists of an aircraft wing section model, a blower and a base.
- Instructions:Connect the power supply to the base terminal to make the blower work. The blower blows the wing model to make the wing fly.
- As the wing passes through the air, the flow rate of the air above and below the wing will change. The airflow speed above the wing is slow and the pressure is small, while the air in the lower space is fast and the pressure is high. The pressure difference between the two is the lift of the aircraft.
- Principle:The main reason for the aircraft's lift and gliding effect is the main part of the aircraft's wing, the impact on the aircraft, the wing is the main bearing surface for the lift, which is of great significance to the flight.
- Quality service:We attach great importance to customer experience, so you can contact us if you have any questions, and we will get back to you within 24 hours!
- See more on Amazon...
Brand: TEmkin | Manufacturer: TEmkin
See On Amazon #6
Jieoto Aircraft Lift Principle Demonstrator Model Small Wind Tunnel Model Gas Convection Physics Experiment Equipment Teaching Instrument
Asin: B0B41Y7XJ5 | Ean: 9301900707121
This Instrument Is Composed Of A Fan, An Airplane Model, A Transparent Cover, A Slide Bar, A Slide Bar Pressing Plate, A Wooden Base, Etc. The Instrument Except The Airplane Model And The Sliding Bar Pressing Plate Can Be Removed, And The Rest Of The Parts Are Fixed..
The Power Supply Of This Instrument Is 50Hz, 220±22V Ac Voltage..
The Wing Profile Of The Airplane Model Is Rounded At The Front End, Sharp At The Rear End, Curved At The Top, Flat At The Bottom, And Asymmetrical Up And Down, So That When The Air Flows Toward The Airplane Model (Equivalent To The Airplane Taxiing Forward), According To Bernoulli's Theorem, When The Airflow Passes Through The Upper Wing Surface, The Squeezing Velocity Of The Airflow Increases And The Pressure Decreases. When The Airflow Passes Through The Lower Wing Surface, The Velocity Is Sl.
Its Appearance Is Beautiful, The Operation Is Simple, The Verification Is Good, And The Interest Is Strong..
Features
- This instrument is used to demonstrate and verify the principle of lift generated by the wings of an aircraft when flying in the atmosphere.
- Its appearance is beautiful, the operation is simple, the verification is good, and the interest is strong.
- This instrument is composed of a fan, an airplane model, a transparent cover, a slide bar, a slide bar pressing plate, a wooden base, etc. The instrument except the airplane model and the sliding bar pressing plate can be removed, and the rest of the parts are fixed.
- The wing profile of the airplane model is rounded at the front end, sharp at the rear end, curved at the top, flat at the bottom, and asymmetrical up and down, so that when the air flows toward the airplane model (equivalent to the airplane taxiing forward), according to Bernoulli's theorem, When the airflow passes through the upper wing surface, the squeezing velocity of the airflow increases and the pressure decreases. When the airflow passes through the lower wing surface, the velocity is sl
- The power supply of this instrument is 50Hz, 220 22V AC voltage.
- See more on Amazon...
Brand: Jieoto | Manufacturer: Jieoto
Weight: 6.61 pounds
See On Amazon #7
Jieoto Aircraft Lift Principle Demonstrator Model Physical Instrument Middle School Physics Experiment Teaching Instrument Equipment
Asin: B0B41V4B6X | Ean: 9301900707053
Principle:The Main Reason For The Aircraft's Lift And Gliding Effect Is The Main Part Of The Aircraft's Wing, The Impact On The Aircraft, The Wing Is The Main Bearing Surface For The Lift, Which Is Of Great Significance To The Flight..
Quality Service:We Attach Great Importance To Customer Experience, So You Can Contact Us If You Have Any Questions, And We Will Get Back To You Within 24 Hours!.
As The Wing Passes Through The Air, The Flow Rate Of The Air Above And Below The Wing Will Change. The Airflow Speed Above The Wing Is Slow And The Pressure Is Small, While The Air In The Lower Space Is Fast And The Pressure Is High. The Pressure Difference Between The Two Is The Lift Of The Aircraft..
Instructions:Connect The Power Supply To The Base Terminal To Make The Blower Work. The Blower Blows The Wing Model To Make The Wing Fly..
Features
- Structure:The aircraft lift principle demonstrator consists of an aircraft wing section model, a blower and a base.
- Instructions:Connect the power supply to the base terminal to make the blower work. The blower blows the wing model to make the wing fly.
- Principle:The main reason for the aircraft's lift and gliding effect is the main part of the aircraft's wing, the impact on the aircraft, the wing is the main bearing surface for the lift, which is of great significance to the flight.
- As the wing passes through the air, the flow rate of the air above and below the wing will change. The airflow speed above the wing is slow and the pressure is small, while the air in the lower space is fast and the pressure is high. The pressure difference between the two is the lift of the aircraft.
- Quality service:We attach great importance to customer experience, so you can contact us if you have any questions, and we will get back to you within 24 hours!
- See more on Amazon...
Brand: Jieoto | Manufacturer: Jieoto
See On Amazon #8
Jieoto Aircraft Lift Principle Demonstrator Wing Lift Principle Experiment Electric Teaching Adjustable Wind Power
Asin: B0B41TCYMT | Ean: 9301900707442
This Instrument Is Composed Of A Fan, An Airplane Model, A Transparent Cover, A Slide Bar, A Slide Bar Pressing Plate, A Wooden Base, Etc. The Instrument Except The Airplane Model And The Sliding Bar Pressing Plate Can Be Removed, And The Rest Of The Parts Are Fixed..
The Power Supply Of This Instrument Is 50Hz, 220±22V Ac Voltage..
The Wing Profile Of The Airplane Model Is Rounded At The Front End, Sharp At The Rear End, Curved At The Top, Flat At The Bottom, And Asymmetrical Up And Down, So That When The Air Flows Toward The Airplane Model (Equivalent To The Airplane Taxiing Forward), According To Bernoulli's Theorem, When The Airflow Passes Through The Upper Wing Surface, The Squeezing Velocity Of The Airflow Increases And The Pressure Decreases. When The Airflow Passes Through The Lower Wing Surface, The Velocity Is Sl.
Its Appearance Is Beautiful, The Operation Is Simple, The Verification Is Good, And The Interest Is Strong..
Features
- This instrument is used to demonstrate and verify the principle of lift generated by the wings of an aircraft when flying in the atmosphere.
- Its appearance is beautiful, the operation is simple, the verification is good, and the interest is strong.
- This instrument is composed of a fan, an airplane model, a transparent cover, a slide bar, a slide bar pressing plate, a wooden base, etc. The instrument except the airplane model and the sliding bar pressing plate can be removed, and the rest of the parts are fixed.
- The wing profile of the airplane model is rounded at the front end, sharp at the rear end, curved at the top, flat at the bottom, and asymmetrical up and down, so that when the air flows toward the airplane model (equivalent to the airplane taxiing forward), according to Bernoulli's theorem, When the airflow passes through the upper wing surface, the squeezing velocity of the airflow increases and the pressure decreases. When the airflow passes through the lower wing surface, the velocity is sl
- The power supply of this instrument is 50Hz, 220 22V AC voltage.
- See more on Amazon...
Brand: Jieoto | Manufacturer: Jieoto
See On Amazon #9
Jieoto Principle of Aircraft Lift Demonstrator Small Wing Model Physical Experimental Apparatus Teaching Instrument
Asin: B0B41SV8WC | Ean: 9301900702614
Principle:The Main Reason For The Aircraft's Lift And Gliding Effect Is The Main Part Of The Aircraft's Wing, The Impact On The Aircraft, The Wing Is The Main Bearing Surface For The Lift, Which Is Of Great Significance To The Flight..
Quality Service:We Attach Great Importance To Customer Experience, So You Can Contact Us If You Have Any Questions, And We Will Get Back To You Within 24 Hours!.
As The Wing Passes Through The Air, The Flow Rate Of The Air Above And Below The Wing Will Change. The Airflow Speed Above The Wing Is Slow And The Pressure Is Small, While The Air In The Lower Space Is Fast And The Pressure Is High. The Pressure Difference Between The Two Is The Lift Of The Aircraft..
Instructions:Connect The Power Supply To The Base Terminal To Make The Blower Work. The Blower Blows The Wing Model To Make The Wing Fly..
Features
- Structure:The aircraft lift principle demonstrator consists of an aircraft wing section model, a blower and a base.
- Instructions:Connect the power supply to the base terminal to make the blower work. The blower blows the wing model to make the wing fly.
- Principle:The main reason for the aircraft's lift and gliding effect is the main part of the aircraft's wing, the impact on the aircraft, the wing is the main bearing surface for the lift, which is of great significance to the flight.
- As the wing passes through the air, the flow rate of the air above and below the wing will change. The airflow speed above the wing is slow and the pressure is small, while the air in the lower space is fast and the pressure is high. The pressure difference between the two is the lift of the aircraft.
- Quality service:We attach great importance to customer experience, so you can contact us if you have any questions, and we will get back to you within 24 hours!
- See more on Amazon...
Brand: Jieoto | Manufacturer: Jieoto
See On Amazon #10
Jieoto Aircraft Lift Principle Demonstrator Model Small Wind Tunnel Model Wing Lift Principle Aircraft Lift Demonstration Experimenter
Asin: B0B41RSRY9 | Ean: 9301900701259
This Instrument Is Composed Of A Fan, An Airplane Model, A Transparent Cover, A Slide Bar, A Slide Bar Pressing Plate, A Wooden Base, Etc. The Instrument Except The Airplane Model And The Sliding Bar Pressing Plate Can Be Removed, And The Rest Of The Parts Are Fixed..
The Power Supply Of This Instrument Is 50Hz, 220±22V Ac Voltage..
The Wing Profile Of The Airplane Model Is Rounded At The Front End, Sharp At The Rear End, Curved At The Top, Flat At The Bottom, And Asymmetrical Up And Down, So That When The Air Flows Toward The Airplane Model (Equivalent To The Airplane Taxiing Forward), According To Bernoulli's Theorem, When The Airflow Passes Through The Upper Wing Surface, The Squeezing Velocity Of The Airflow Increases And The Pressure Decreases. When The Airflow Passes Through The Lower Wing Surface, The Velocity Is Sl.
Its Appearance Is Beautiful, The Operation Is Simple, The Verification Is Good, And The Interest Is Strong..
Features
- This instrument is used to demonstrate and verify the principle of lift generated by the wings of an aircraft when flying in the atmosphere.
- Its appearance is beautiful, the operation is simple, the verification is good, and the interest is strong.
- This instrument is composed of a fan, an airplane model, a transparent cover, a slide bar, a slide bar pressing plate, a wooden base, etc. The instrument except the airplane model and the sliding bar pressing plate can be removed, and the rest of the parts are fixed.
- The wing profile of the airplane model is rounded at the front end, sharp at the rear end, curved at the top, flat at the bottom, and asymmetrical up and down, so that when the air flows toward the airplane model (equivalent to the airplane taxiing forward), according to Bernoulli's theorem, When the airflow passes through the upper wing surface, the squeezing velocity of the airflow increases and the pressure decreases. When the airflow passes through the lower wing surface, the velocity is sl
- The power supply of this instrument is 50Hz, 220 22V AC voltage.
- See more on Amazon...
Brand: Jieoto | Manufacturer: Jieoto
See On Amazon
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