If you push a d battery against a metal object (like a ring) will it shorten it or or those nothing happen?

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I saw a meme on Instagram and wondering if anything actually happens. https://www.instagram.com/p/ChS8a8UJefq/?igshid=YmMyMTA2M2Y=

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7 Answers

Anonymous 0 Comments

Yes, you will [short](https://en.m.wikipedia.org/wiki/Short_circuit) the battery. Basically, the battery and that nose ring are going to start to heat up, and with a 9v battery (which is what is in the image, not a D cell) it will be a fairly quick process.

That person isn’t about to get shocked. If they don’t react quickly enough, they’re about to get burnt *inside and around their piercing.*

Anonymous 0 Comments

You mean a 9-volt? D batteries are cylinders and the poles are on opposite ends.

Anyway, to answer your question, yes. Connecting a battery’s terminals via any conductive metal will in fact cause a short.

Anonymous 0 Comments

If you connect the 2 terminals of a 12v battery like in that meme yes it short and discharge electricity. A “D Battery” which is a big cylindrical 1.5v battery will not short unless you can somehow connect both ends of the battery.

Anonymous 0 Comments

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Anonymous 0 Comments

If it conducts electricity, it will shorten the battery. You can try by licking that side.

For a nose ring, I doubt the person will feel the current as i assume it will go through the ring and not the nose or surrounding tissue (path of least resistance).

Anonymous 0 Comments

If you make a short circuit from one end of the battery to the other, it will discharge the battery at it’s maximum current. Your insta link doesn’t work, so it’s impossible to determine if the correctness from it’s meme. Many insta-memes are baloney, but it is possible to short circuit a D battery, so don’t do that.

Anonymous 0 Comments

Yes. All batteries will discharge uncontrolled current when the terminals are bridged with a highly conductive material.

Cylindrical batteries with terminals on opposite ends (aa, c, d, etc) are less likely to be accidently shorted during normal handling. 9v batteries with terminals on the same side are easily shorted, especially when they are dropped into a pants pocket with loose change or a key ring.