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China, Chinese Two Dimensional Plane Motion Kit with Electromagnetic Positioning System1 Industrial Products Supplier Manufacturer Details, price list catalog:
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Demonstrational Teaching UtensilOther Demonstrational Teaching UtensilsFree FallPhysics
Jiangsu Suweier Science Technology Co., Ltd.
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Product Description Name: Two-dimensional plane motion kit with electromagnetic positioning systemType: TP6100Connection: Wireless/cableCourse: Senior high school/Middle school PhysicsBuilt-in sensor: YES IntroductionThe kit is suitable for completing experiments in the field of two-dimensional plane motion in middle and high school physics subjects. It uses the principle of electromagnetic positioning to measure the position of the signal source at any time. Through high-frequency collection, it can fully depict the trajectory of objects in two-dimensional plane motion kit. And through software calculation, the velocity and acceleration of the object at any time can be obtained.This kit can be measured while displaying movement phenomena. the advantage is accurate data, clear display of physical laws, and minimal impact from environmental factors. Features? Assembly is required? The demonstrator is practical and reliable.? Different experiments can be built according to needsTypical Experiment: 1. Measuring gravitational acceleration with a simple pendulum;2. Explore the law of horizontal projectile motion ;3.Exploring the laws of oblique projectile motion;4.Explore the laws of free fall; TP6084- Two- dimensional plane motion of pendulum TP6085-Two -dimensional plane motion of horizontal projectile and oblique projectile motion TP6088-Two -dimensional plan motion of free fall TP6096-Two- dimensional plane motion of centrifugal motion TP6102-Two- dimensional plane motion of synthesis and decomposition of motion TP6103-Two- dimensional plane motion of circular motion Specifications Electromagnetic Position BoardRange521mm*293mmResolution0.012mmAccuracy1mmCommunication distance50mBattery model and capacityUSB chargingCharging port4pin magnetic suction port Signal SourceCommunication DistanceThe best distance is 8mm to 16mm when facing the board.Battery model and capacity3.7v 65mah lithium batteryCharging interfaceType-c chargingFunction and ExperimentFunctionDescriptionExperiment caseTrace1. Depict the movement trajectory of the object (signal source) on the plane. The direction of movement can be distinguished.2. The x and y directions of the combined motion can be studied separately.1. The trajectory of the horizontal projectile motion2. The trajectory of the oblique Projectile movement3. Vibration graph of a single pendulum in the x direction (X-T graph)MotionIt can be obtained that the displacement x of the signal source between two adjacent points is(x2-x1,y2-y1)through continuous collection and software calculation. Simulated strobe photos show objects in free fall, with increasingly spaced between graph points.SpeedThrough fast collection, it can be considered that the velocity of the signal source at a certain point is divided by△t for the displacement x from that point to the next point.1. The speed of a point in flat throw/oblique throw/free fall2. Verify the conservation of mechanical energy in flat/oblique/free fall.AccelerationWith fast collection, it can be assumed that the acceleration of the signal source at a certain point is the difference between the velocity V' at the next point and the velocity V at that point, divided by the time △t.That is, a=(v'-v)/△t.1. Verify that the acceleration at any point in the horizontal/oblique motion is the gravitational acceleration g.2. Measure the g-value of gravitational acceleration in free fall.3. Explore the change law of acceleration at each position in the pendulum vibration. Certifications Company ProfileExhibitionsFAQQ. Do you make custom products?A. Yes, we offer OEM/ODM solutions for our clients. Q. How long is your lead time for samples?A. 10-30 days depending on the quantity. Q. What is your terms of payment?A. 100% for small orders. 30% in advance as deposit and 70% balance before the delivery. Q. How can we pay?A. You can pay via T/T, PayPal and Western Union.
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