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    ERHIndia Electromagnetic Induction Project Working Model Electronic Components Electronic Hobby Kit
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    ERHIndia Electromagnetic Induction Project Working Model Electronic Components Electronic Hobby Kit

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    ERHIndia Electromagnetic Induction Project Working Model Electronic Components Electronic Hobby Kit

    4
    3 Ratings & 0 Reviews
    Special price
    ₹572
    ₹899
    36% off
    i
    Available offers
  • Special PriceGet extra 4% off (price inclusive of cashback/coupon)
    T&C
  • Bank Offer5% Unlimited Cashback on Flipkart Axis Bank Credit Card
    T&C
    • Delivery
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    Enter pincode
      Delivery by3 May, Saturday|Free
      ?
      if ordered before 9:59 PM
    View Details
    Highlights
    • Power Source: DC
    • Material: Copper
    • Weight: 150
    Services
    • Cash on Delivery available
      ?
    Seller
    ERHIndia
    3.5
    • 7 Days Return Policy
      ?
  • See other sellers
    • Specifications
    In The Box
    • Electromagnetic Induction, 10 PCS Small Magnet, 5 Pcs led Bulb
    General
    brand
    • ERHIndia
    Model Number
    • Electromagnetic Induction Project Working Model
    Type
    • Electronic Components
    Minimum Age
    • 12
    ROHS Complaint
    • No
    Material
    • Copper
    Net Quantity
    • 1
    Dimensions
    Width
    • 2.5 cm
    Height
    • 2.5 cm
    Weight
    • 150
    Power Features
    Battery Type
    • DC
    No Of Batteries
    • 1
    Battery Size
    • DC
    Power Source
    • DC
    Other Power Features
    • Ready to use Electromagnetic Induction Working Science Project. Just put magnets in the copper coil and shake it. LED light will start glowing. Which shows principal of Electromagnetic Induction? Easy to use school science project. Parts Includes: Copper Coil, Magnets, LEDs Electromagnetic Induction is a current produced because of voltage production (electromotive force) due to a changing magnetic field. This either happens when a conductor is placed in a moving magnetic field (when using an AC power source) or when a conductor is constantly moving in a stationary magnetic field.
    Ratings & Reviews
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    3 Ratings &
    0 Reviews
    • 5★
    • 4★
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    • 1★
    • 2
    • 0
    • 0
    • 1
    • 0
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