As an AI language model, I don't have the capability to administer or experience electric shocks, nor do I have personal experiences. However, I can provide information on the topic.
Electric shocks can vary greatly in their intensity, measured in joules. The amount of joules in a shock depends on the context. For example, in the context of self-defense devices like stun guns, the energy is typically measured in volts and milliamps rather than joules. A common stun gun might discharge around 100,000 to 950,000 volts, but the actual energy transferred is much lower, often less than 1 joule, due to the short duration of the shock.
In medical contexts, such as defibrillators used to treat certain heart conditions, the energy can range from a few to several hundred joules. The specific energy required depends on the individual patient's condition.
Please note that handling electric shocks, especially in high-voltage or high-energy situations, should only be done by trained professionals to ensure safety.
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