| P.O. Box 219 Batavia, IL 60510 | |
| 800-452-1261 | |
- Physics & Physical Science
- Energy & Work
Maxwell’s Wheel - Demonstration / experiment for physical science & physics
Price: $36.26
See more product details
Product Details
JOIN OUR MAILING LIST!
The latest updates on our products and company, delivered right to your inbox.
JavaScript seems to be disabled in your browser. For the best experience on our site, be sure to turn on Javascript in your browser.
- United Blog
- Compare ( )
- Dealer Login
- Dealer Registration
Maxwell's Wheel
This classic device is used to demonstrate the conservation of mechanical energy and its conversion from one form to another. After the wheel is rotated by hand to roll the supporting cords to the top and then released, its potential energy turns into kinetic energy of rotation as it falls. After the wheel reaches its bottom position, the kinetic energy changes back to potential energy as it rolls the cords up again. This process continues until all the energy is lost to friction. All metal construction. Includes activity guide.
Shipping weight: 6.5 Lbs., dimensions: 12.5" x 5.5" x 18".
View Activity Guide Preview
| Product Name | Description | Price | Qty |
|---|---|---|---|
| MAXWELL'S WHEEL |
- Intro Physics Homework Help
- Advanced Physics Homework Help
- Precalculus Homework Help
- Calculus Homework Help
- Bio/Chem Homework Help
- Engineering Homework Help
Follow along with the video below to see how to install our site as a web app on your home screen.
Note: This feature may not be available in some browsers.
- Homework Help
- Introductory Physics Homework Help
Maxwell's wheel and the conservation of energy
- Thread starter archaic
- Start date Sep 27, 2018
- Tags Conservation Conservation of energy Energy Forces Friction Mechanics Wheel
- Sep 27, 2018
A PF Molecule
- Optoelectronic diamond device reveals an unexpected phenomenon reminiscent of lightning in slow motion
- Entangled photon pairs enable hidden image encoding
- Major leap for nuclear clock paves way for ultraprecise timekeeping
A PF Universe
archaic said: We experimented with the Maxwell's wheel today and at the end we were asked about why does this apparatus stop since there is conservation of energy. I did some research and apparently there is a type of friction called "rolling friction", wikipedia defines it as "the force resisting the motion when a body (such as a ball, tire, or wheel) rolls on a surface." So is, in this case, the rope considered as the surface?
Attachments
berkeman said: What properties of a tire and road surface contribute to rolling resistance? And what properties of the wheel axle and string contribute to any spinning resistance in the Maxwell's Wheel experiment? https://cdn.shopify.com/s/files/1/1342/5013/products/8807741_1_large.jpg?v=1472087648 View attachment 231263
You should also consider other causes of energy loss.
- Sep 28, 2018
Suppose the strings were attached to spring scales instead of fixed supports. What would you expect to happen to the scale readings during a cycle?
Apparently the loss of energy is due to the non perfect elasticity of the strings
I'd be surprised if there was only one way energy was lost.
archaic said: Apparently the loss of energy is due to the non perfect elasticity of the strings
FAQ: Maxwell's wheel and the conservation of energy
1. what is maxwell's wheel.
Maxwell's wheel is an apparatus used to demonstrate the principles of conservation of energy and angular momentum. It consists of a wheel with a handle attached to its axle, which can be wound up to spin the wheel.
2. How does Maxwell's wheel demonstrate conservation of energy?
When the wheel is initially spun, it has kinetic energy due to its motion. As the wheel continues to spin, the kinetic energy is gradually converted into potential energy as the wheel reaches its highest point, where it has no motion but has the most potential energy. As the wheel falls back down, the potential energy is converted back into kinetic energy, demonstrating the conservation of energy.
3. Can you explain the concept of angular momentum in relation to Maxwell's wheel?
Angular momentum is a measure of the rotational motion of an object. In Maxwell's wheel, as the handle is wound up, the wheel gains angular momentum. This angular momentum is conserved as the wheel continues to spin, even as the energy is converted between kinetic and potential energy.
4. What happens if friction is present in Maxwell's wheel?
If there is friction present in the wheel, then some of the energy will be lost to heat and sound rather than being conserved. This can be seen in the wheel's motion, as it will gradually slow down and come to a stop. The amount of friction present will affect how quickly the wheel loses its energy.
5. How is the conservation of energy important in everyday life?
The conservation of energy is a fundamental principle in physics that applies to all systems, including those in everyday life. It explains how energy can be transferred and transformed, but cannot be created or destroyed. This principle is crucial in understanding how various machines and devices work, and it also has practical applications in fields such as engineering and environmental science.
Similar threads
- Aug 11, 2024
- May 8, 2022
- May 28, 2024
- Jun 30, 2024
- Nov 20, 2014
- Aug 24, 2020
- Jul 14, 2022
- Feb 16, 2024
- Jun 7, 2022
Hot Threads
- Small oscillations of a simple pendulum placed on a moving block
- How to Calculate Water Leakage in an Inverted Bottle Experiment?
- Vertical displacement with time of a projectile
- Help again in interpreting a pulley with a spring and a block
- System of two wheels of different sizes with an axle through their centers
Recent Insights
- Insights Brownian Motions and Quantifying Randomness in Physical Systems
- Insights PBS Video Comment: “What If Physics IS NOT Describing Reality”
- Insights Aspects Behind the Concept of Dimension in Various Fields
- Insights Views On Complex Numbers
- Insights Addition of Velocities (Velocity Composition) in Special Relativity
- Insights Schrödinger’s Cat and the Qbit
Pardon Our Interruption
As you were browsing something about your browser made us think you were a bot. There are a few reasons this might happen:
- You've disabled JavaScript in your web browser.
- You're a power user moving through this website with super-human speed.
- You've disabled cookies in your web browser.
- A third-party browser plugin, such as Ghostery or NoScript, is preventing JavaScript from running. Additional information is available in this support article .
To regain access, please make sure that cookies and JavaScript are enabled before reloading the page.
| P.O. Box 219 Batavia, IL 60510 | |
| 844-200-1455 | |
- Physics & Physical Science
- Energy & Work
Maxwell’s Wheel - Demonstration / experiment for physical science & physics
Price: $50.76
See more product details
Product Details
IMAGES
VIDEO
COMMENTS
Conclusion This experiment studied the motion of an apparatus similar to a yo-yo to study Newtonian mechanics because it combines both straight line motion and rotation of a rigid body. In investigation 1, the moment of inertia of maxwell's wheel was studied. It was found that the total moment of inertia of Maxwell's wheel was the following ...
• Fix the wheel in the start position by means of the holder. • Place the switch on of the fork type light barrier. • Loosening the wire relase stopper sets the wheel into motion, the counter of the light barrier does not start yet. R Fig.1: Experimental set up for investigating the conservation of energy, using the Maxwell disk.
The total energy E = Ug + KT + KR of the system is conserved if friction is negligible. This implies that. E = Einitial. That is, Ug + KT + KR = Ugi + KTi + KRi. If the system starts from rest, then its initial linear velocity v0 and initial angular velocity 0 are zero. This implies that. KTi = 1⁄2 m v0 2 = 0.
Report for Experiment # Maxwell's Wheel. Lab Partner: TA: 4/11/ Abstract In this experiment, Maxwell's Wheel was used to relate the downward acceleration of the wheel to its moment of inertia and to measure the differences of motion of the wheel when it had additional masses on it compared to the wheel itself.
The mass of the Maxwell Wheel (m) is 0.450 kg and the Moment of Inertia I) (of the Maxwell's wheel about its axis is 1.00 × 10-3 kg·m2. Record these values in your report. 2. Export your data of Exercise 1 from DataStudio to Excel. To do this, Export choose Data…, from File menu. You will be presented with the Export Databox. Make sure
IM3. Modul Mechanics. xwell's WheelIn the present experiment, the conservation of energy based on Maxwell's wh. el is examined. The Maxwell's wheel is a metal wheel with large mo-ment of inertia, with both sides of its axis suspended by a thread, on wh. ch it can roll. During the experiment, the potential energy is trans-formed into ...
The Maxwell's wheel is an axle-mounted flywheel suspended at both ends by a cord (see Figure 1). When the wheel is dropped, gravitational potential energy is converted to kinetic energy. The total energy 𝐸 of a Maxwell's wheel of mass 𝑚 and moment of inertia about an axis perpendicular to the disk passing through its center, 𝑧
In this experiment a photo-electric light barrier is set up at various different heights in such a way that the axle of Maxwell's wheel repeatedly breaks the beam. From the times between these interruptions of the beam it is possible to establish the instantaneous speed of the wheel and thereby to calculate its kinetic energy. EXPERIMENT ...
Maxwell's Wheel - Demonstration / experiment for physical science & physics. Item #: AP7798. Price: $36.26. In Stock. In the Maxwell's Wheel Demonstration for physical science and physics, demonstrate the relationship between potential and kinetic energy, linear momentum, angular momentum, nearly-elastic collisions, inertia, and torque.
Shipping weight: 6.5 Lbs., dimensions: 12.5" x 5.5" x 18". This classic device is used to demonstrate the conservation of mechanical energy and its conversion from one form to another. After the wheel is rotated by hand to roll the supporting cords to the top and then released, its potential energy turns in.
In Experiment #9, Maxwell's Wheel, data was collected from different measurements to be used further throughout the investigations. Acceleration, distance, average time, moment of inertia, and the corresponding errors were calculated throughout each experiment. ... Conclusion For this experiment Maxwells wheel was studied to study the motion ...
Maxwell wheel 1 02425.00 Stopwatch, digital, 1/100 sec 1 03071.01 4- Setup and procedure The experimental setup is as shown in Figure 1. Using the adjusting screw on the support rod, the axis of the Maxwell's wheel, in the unwound condition, is aligned horizontally, when winding up, the windings must run inwards.
Abstract. The Maxwell wheel motion is experimentally investigated by interfacing the system to a PC with a force sensor and a position sensor. Mechanical energy transformations and the impluse ...
The frame with suspended flywheel, the Maxwell's Wheel, is placed on the scale, as shown on the picture, and the scales are reset to "0.0". Then the flywheel...
Maxwell's wheel is an apparatus used to demonstrate the principles of conservation of energy and angular momentum. It consists of a wheel with a handle attached to its axle, which can be wound up to spin the wheel. 2. How does Maxwell's wheel demonstrate conservation of energy? When the wheel is initially spun, it has kinetic energy due to its ...
Report for Experiment # Maxwell's Wheel. Student 1 Lab Partner: Student 2 TA: TA 04/19/ ... This disparity is expanded upon in the conclusion at the end of the report. Investigation 1. In Investigation 1, the dimensions of the two components of Maxwell's wheel 3 the disk and the axle 3 were measured, in order to then calculate their moment ...
Maxwell Wheel. Winding up the wheel gives it gravitational potential energy. Once let go, this energy is converted into kinetic energy or falling and rotation. Then it bounces back from the bottom and begins to climb again, losing its kinetic energy to potential energy until it reaches the top and starts the cycle all over. ...
Report for Experiment #9 Maxwell's Wheel John Welle Lab Partners: Adam Mann TA: Anidita Maiti April 17, 2023. Abstract In this experiment, inertia was put to the scrutiny of analysis using Maxwell's Wheel. Due to the arrangement of the system, specific attention was needed to procure and maintain accurate measurements.
Conclusion. Throughout this experiment, we had a couple goals in mind to study the motion of the wheel under gravity, relating the downward acceleration to the moment of inertia, and to measure the effect of additional masses on a wheel's motion. ... Report for Experiment Maxwell's Wheel Abstract. In this experiment, my group looked at the ...
Maxwell's Wheel - Demonstration / experiment for physical science & physics. Item #: AP7798. Price: $50.76. In Stock. In the Maxwell's Wheel Demonstration for physical science and physics, demonstrate the relationship between potential and kinetic energy, linear momentum, angular momentum, nearly-elastic collisions, inertia, and torque.
Conclusion. In this experiment, the motion of Maxwell's wheel, with and without additional masses, was studied to understand moment of inertia and its relation to downward acceleration. The moment of inertia was calculated using values for mass and radius, as well as from measurements recorded by using the motion of the descending wheel.
The main conclusion of Maxwell's wheel experiment is that the total energy of wheel is non of them increased O depended on direction of motion decreased O be constant O When Maxwell wheel moves from top to ,bottom potential energy increased and kinetic energy be constant potential energy decreased and kinetic energy increased. Structural ...
Report for Experiment Maxwell's Wheel. Abstract: The goal of this experiment was to investigate the motion of Maxwell's wheel unwinding due to the force of gravity, the relationship of acceleration and the moment of inertia, and measure the difference in results when additional weights are added to the wheel.Investigation 1 found a moment of inertia of 3-3 ± 5-4 kgm 2.