- #1
prashant singh
- 56
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- suppose I connect a 10,000 v supply to a normal tube light. what will happen? will it behave like a cathode ray tube or something else
What Happens When You Connect a 10,000 V Supply to a Normal Tube Light?
- Thread starter prashant singh
- Start date
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Discussion Overview
The discussion revolves around the effects of connecting a 10,000 V supply to a normal tube light, specifically questioning whether it would behave like a cathode ray tube or exhibit different characteristics. The scope includes theoretical implications and safety considerations related to high voltage and fluorescent lighting.
Discussion Character
- Exploratory
- Technical explanation
- Debate/contested
Main Points Raised
- One participant questions the behavior of a normal tube light when subjected to a 10,000 V supply, wondering if it would act like a cathode ray tube.
- Another participant seeks clarification on what is meant by "a normal tube light," indicating a need for specificity in the discussion.
- A participant identifies the tube light as a "fluorescent tube" and cites Wikipedia, stating that connecting it directly to a constant-voltage power supply would lead to self-destruction due to uncontrolled current flow.
- One participant expresses interest in constructing a cathode ray tube without a vacuum pump, citing cost concerns.
- Another participant asks for the purpose of creating a cathode ray tube, indicating a desire to observe electron flow and its magnetic behavior.
- A final contribution warns about the dangers of high-voltage electricity and vacuums, advising that proper training is necessary for such projects and suggesting collaboration with a trained individual.
Areas of Agreement / Disagreement
Participants do not reach a consensus on the effects of connecting a high voltage supply to a tube light, and there are multiple competing views regarding the construction and safety of cathode ray tubes.
Contextual Notes
The discussion includes assumptions about the nature of tube lights and the implications of high voltage, but these assumptions remain unresolved. Safety concerns regarding high-voltage experiments are also highlighted without a definitive resolution.