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Specification
Brand : YWBL-WH
BulletPoint1 : PREMIUM MATERIAL: The motion force experimental model is made of excellent PVC material, which is not easy to an sturdy, lightweight and flame retardant
BulletPoint2 : SIMPLE INSTALLATION: Inclined trolley experimental equipment demonstrator is compact and lightweight, easy to install and very convenient to use
BulletPoint3 : INCREASE HANDS ON ABILITY: The motion and force tester is designed and developed according to the new teaching requirements in the compulsory education curriculum and the new standard, which can carry out some research activities of motion and force, and help students change from imagination to hands on experiments, and analyze and observe experiments
BulletPoint4 : SCIENTIFIC AND EDUCATIONAL: Inclined car experiment teaching tool can cultivate students thinking ability and make them learn a method of exploring physical laws, that is, the research method of experiment and speculation
BulletPoint5 : WITH FITTINGS: Inclined trolley experimental equipment equipped with towel, hard box, corrugated paper, small steel ball, rope, etc., easy for you to install and use, complete accessories guarantees convenient to operate
CpsiaCautionaryStatement : no_warning_applicable
EducationalObjective : Creative Skills
IncludedComponents : No
ItemName : Motion Force Experimental Model Inclined Trolley Demonstrator School Physical Mechanics Teaching Instrument PVC Material
ItemPackageDimensions_Height : 6 centimeters
ItemPackageDimensions_Length : 57 centimeters
ItemPackageDimensions_Width : 16 centimeters
ItemTypeKeyword : science-classroom-measurement-kits
Manufacturer : YWBL-WH
ManufacturerMinimumAge : 48
Material : pvc
ModelName : Ywbl-wh0cyifn38kd
ModelNumber : YWBL-WH0cyifn38kd
NumberOfBoxes : 1
NumberOfItems : 1
PartNumber : YWBL-WH0cyifn38kd
ProductDescription : Specification:
Item Type: Motion Force Experimental Model
Material: PVC
How to Use:
Friction Studies:
1. Place the bevel, put the car on the bevel board, and then loosen. The car slides freely and records the distance.
2. Lay corrugated paper or a small towel on the long board and repeat the steps. It Follows: All bodies will remain in a uniform straight line state when they are not acted upon by external forces. Also Concluded: When the positive pressure G is constant, the size of friction factor u is related to the roughness of the and the material. So the friction force f is proportional to u, which is f=u.G.
3.
(1) Place the rectangular block (self provided) on the car and pull the car suddenly. In order to maintain its original static state, the is subjected to friction, resulting in the rectangular block falling backwards. Due to static inertia.
(2) Start the car slowly, then the rectangular block will change the original static state and move with the car due to external force. if it suddenly stops, because the upper part of the rectangular block should protect the original uniform linear motion, it is unchanged in the state, and the lower part is static under the force, and the result is falling forward, which is the effect of dynamic inertia. The experiment shows that: All objects in the absence of external force or external force is zero, always maintain the original uniform linear motion state or static state, until an external force forces it to change this state, which is the law of inertia.

PackageList:
2 x Track
2 x Support Bracket
1 x Small Car
1 x Towel
1 x Hard Box
1 x Corrugated Paper
1 x Small Steel Ball
1 x Rope
ProductSiteLaunchDate : 2025-01-17T01:30:50.063Z
TargetAudienceKeyword : unisex-children
UnspscCode : 60141000