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Gaussian Theorem
46440.0 INR/Piece
Product Details:
- Power Manual, no electrical power required
- Age Group School and college students (typically 12+ years)
- Product Type Gaussian Theorem Demonstration Apparatus
- Material Metal frame with transparent acrylic/plastic panel, metal/plastic pegs, and balls/beads
- Color Frame: Blue, Panel: Transparent/White with red balls/beads
- Style Educational laboratory equipment with inclined stand
- Dimensions Approx. 60cm (height) x 40cm (width) x 35cm (depth)
- Click to view more
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Gaussian Theorem Price And Quantity
- 4 Piece
- 46440.0 INR/Piece
Gaussian Theorem Product Specifications
- Educational laboratory equipment with inclined stand
- To visually demonstrate the Gaussian (Normal) distribution and probability concepts
- Frame: Blue, Panel: Transparent/White with red balls/beads
- Metal frame with transparent acrylic/plastic panel, metal/plastic pegs, and balls/beads
- School and college students (typically 12+ years)
- Gaussian Theorem Demonstration Apparatus
- Approx. 60cm (height) x 40cm (width) x 35cm (depth)
- Manual, no electrical power required
- Wipe with damp cloth; water-resistant surfaces
- Portable and lightweight for classroom movement
- To illustrate the binomial to normal distribution transition using falling beads
- Inclined panel with fixed pegs and base collection slots
- Plastic or metal
- Tiltable and lockable at desired angles
- Multiple rows; typically 10 or more
- Powder-coated metal
Product Description
Introducing the Galton Board a classic and fascinating outdoor science and mathematics teaching exhibit designed for science parks, STEM activity zones, schools, and mathematics gardens. This product demonstrates the principles of probability, normal distribution, and Pascal's Triangle in a visually engaging and interactive manner. The board features a tilted rectangular panel mounted on a sturdy blue powder coated MS pipe stand, with a grid of pegs nails through which balls or beads fall and distribute themselves naturally forming a bell shaped curve at the bottom collection channels. The red triangular pattern at the top of the board visually represents Pascal's Triangle, which is mathematically linked to probability distribution.Visualizing the Law of Probability
This device brings abstract probability concepts to life by using falling beads to create live patterns displaying the Gaussian (Normal) distribution. Students can observe how the random scattering of beads forms the classic bell curve, enhancing comprehension through direct visualization.
Adaptable and User-Friendly Design
Constructed with a sturdy, powder-coated metal frame and a lockable inclined panel, the equipment is easily adjustable for various classroom settings. Its lightweight build and water-resistant surfaces cater to quick transportation and maintenance, making it an ideal laboratory companion.
FAQ's of Gaussian Theorem:
Q: How does the Gaussian Theorem Display Panel illustrate the transition from binomial to normal distribution?
A: The panel uses multiple rows of fixed pegs on an inclined surface where beads fall and scatter randomly. As the number of rows increases, the bead accumulation in the base slots visually demonstrates how the binomial distribution approaches a normal distribution, creating a bell-shaped curve.Q: What is the recommended process for operating this display panel?
A: To use the panel, set it at the desired angle by tilting and locking it in place. Drop the plastic or metal beads from the top of the panel. As beads hit the pegs, they randomly deflect and finally collect in the base slots, forming a probability distribution pattern.Q: Where can this educational tool be effectively used?
A: This display panel is ideal for classrooms, laboratories, and workshops in schools and colleges, especially during lessons on probability and statistics. Its portable and durable design allows for easy relocation within educational institutions.Q: When should educators incorporate the Gaussian Theorem Display Panel into lessons?
A: It's best utilized when introducing probability, statistics, or Gaussian distribution concepts. Teachers typically employ this tool during hands-on activities, demonstrations, or experiments to reinforce theoretical knowledge with visual evidence.Q: What are the benefits of using this inclined panel for probability demonstrations?
A: It enhances understanding by providing students with a tangible, interactive representation of abstract statistical concepts. Observing beads naturally form a normal curve aids in grasping the underlying mechanisms of probability distributions.Q: How should the display panel be cleaned and maintained?
A: The panel features water-resistant surfaces and can be easily maintained by wiping it with a damp cloth. Regular cleaning keeps the acrylic or plastic surface clear and ensures smooth operation of the beads and pegs.Tell us about your requirement
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Contact Details
- No. 46, 1st Main Road, New Colony, Chromepet,Chennai - 600044, Tamil Nadu, India
- Phone : 08045800236
ANKIDYNE PLAYGROUND EQUIPMENTS & SCIENCE PARK
An ISO 9001 : 2015 Certified
An ISO 9001 : 2015 Certified
- Mr Padmanabhan A S (Marketing Director)
- Mobile : 08045800236
- info@ankidyne.com
- Fax : +91 44 66904488
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