Jacobs ladder model arc rising spark high voltage discharge student experimental principle explanation
Jacobs ladder model arc rising spark high voltage discharge student experimental principle explanation

Jacobs ladder model arc rising spark high voltage discharge student experimental principle explanation

Price:   $67.28

  • Model: ic0A4707
  • Shipping Weight: 0.2kg
  • 9999 Units in Stock

(0 reviews)
(complete orders today,deliverd around 11/07/2024)
  • Shipping time
    Shipping Worldwide.About 5-15 days.
  • means of transportation
    EMS,DHL,FEDEX,HK Post
  • Payment
    Paypal,T T,
  • Email us
    [email protected]
  • New Products
    10pieces 2GB kit Yongxinsheng PC2-6400 PC2-5300 Dimm DDR2 800mhz 667mhz Desktop 240pin 2-sides Memory RAM Random chips
    $30.90
    6 Port SATA 3 PCI Express Expansion Card PCI-EPCIE SATA Controller SATA Multiplier SATA3 6Gbps ASMedia ASM1166 Chip for HDD SSD
    $37.77
    YONGXINSHENG 15X2GB PC2-5300S PC2-6400S DDR2 667MHz 800MHZ 200pin 1.8V SO-DIMM USED RAM Random Chips Laptop Memory Wholesale
    $49.07
    JINGSHA X99 D8I Motherboard LGA2011-3 with xeon E5 2680 V4 cpu processor 64gb(4*16gb)ddr4 REG Memory four channels X99 chip
    $603.00
    • Details
    • Reviews
    • Tags
    • FAQ
    Brand Name:icchipcn.com
    Condition:New
    Type:Logic ICs

    Purpose:

    1. Observe the phenomenon that the high-voltage electrode breaks through the air and forms an arc.

    2. Understand the reason for the rise of the arc.

    experiment equipment:

    Jacob's Ladder

    submit questions:

    After the high voltage is generated by the high voltage generator, the commercial power is applied to a pair of electrodes with a narrow bottom and a wide top and a claw-shaped top. in two electricity

    Sparks started very recently and moved upwards. Why does this phenomenon occur after the arc moved to the upper end disappears

    Woolen cloth?

    Conjectures and assumptions:

    1. The high voltage between the electrodes breaks down the air to generate an arc.

    2. The arc is first generated at the closest point between the two electrodes.

    experiment procedure:

    1. Press and hold the switch for 5 seconds, and observe the movement characteristics of the arc.

    (You can press it again after 5 seconds of rest, keep your hands away from the electrodes, pay attention to safety. Do not press for a long time, too much ozone will pollute the air in the laboratory)

    2. Pay attention to the location where the arc starts and ends.

    Explore questions:

    1. Explore the high voltage between the electrodes to break down the air to generate an arc.

    2. Observe the position of arc generation and extinction.

    3. Explore why the arc keeps rising?

    Extracurricular Activities:

    Find out about the miles of electric current that can be generated by a single lightning bolt.

    Precautions:

    When the instrument is working, a high voltage will be generated on the electrodes. Pay attention to safety and operate under the guidance of the teacher. The experiment should not exceed 5 consecutive times, and the experiment interval should be longer than 5 minutes.