The Flow of Energy

Over the past few years, we’ve seen a serious push towards renewable energy sources for electricity. This is certainly environmentally friendly but switching over to something like solar power is awfully expensive so many of us will likely stick with the conventional electricity for now.

This means that we have to find ways to save electricity; there are many ways to do this but can removing a certain element altogether save electricity? If, for instance, we removed a lightbulb, would that lower our monthly electric bill? Let’s take a look and find out.

So, does unscrewing a light bulb really save energy (and money)?

Yes, unscrewing/removing a lightbulb does save a little bit of energy because the circuit / connection isn’t using any energy., Of course, you can achieve the same result by flipping the switch off, but if you have multiple light bulbs, removing one or several light bulbs will help save money when the switch is on.

Energy/electricity in a circuit flows from the positive terminal to the negative terminal in a circle but for that to happen the circuit has to be complete and uninterrupted.

When you flip the switch on, energy is allowed to flow from point A to point B. With that said, in the case of a light circuit, a bulb is needed to complete the circuit. If the circuit’s not complete (i.e. the switch is on but the bulb’s missing), electricity won’t flow.

The electricity that goes through our homes is usually running on a parallel circuit. Basically, what that means is that there are multiple connections in the circuit.

Each connection gets a portion of the overall energy to function, and each one can operate independently – meaning you can remove or interrupt a connection at one point without interfering with the rest of the circuit.

Unscrewing a light bulb breaks a portion of the circuit so that no electricity can go through that section.

Traditional, incandescent light bulbs use between 60 and 100 watts in one hour. Considering how many other things (i.e. refrigerators, freezers, etc.) are also running in a house, I wouldn’t want too many of them around in my place.

Thankfully, you don’t get many of the incandescent bulbs anymore; instead you get fluorescent energy saving bulbs.

These energy saving bulbs are filled with a fluorescent gas, the particles of which vibrate when a is passed through them creating a visible light. These bulbs can save up to approximately 3 – 4 times the energy that a regular incandescent bulb uses.

So, &#105;&#110; closing: yes, unscrewing &#097; lightbulb &#119;&#105;&#108;&#108; save electricity &#098;&#101;&#099;&#097;&#117;&#115;&#101; &#116;&#104;&#101; circuit &#105;&#115; incomplete &#097;&#110;&#100; unless &#116;&#104;&#101; circuit &#105;&#115; complete; &#116;&#104;&#101; electricity can’t &#103;&#111; through.

I hope &#121;&#111;&#117; &#102;&#111;&#117;&#110;&#100; &#116;&#104;&#105;&#115; article informative &#097;&#110;&#100; enjoyable &#116;&#111; read. As always, thanks &#102;&#111;&#114; reading &#097;&#110;&#100; I’ll &#115;&#101;&#101; &#121;&#111;&#117; &#097;&#108;&#108; again &#105;&#110; &#116;&#104;&#101; next article. Take care &#097;&#110;&#100; stay safe!

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When &#121;&#111;&#117; flip &#116;&#104;&#101; switch &#116;&#111; &#111;&#102;&#102; &#105;&#116; breaks &#116;&#104;&#101; circuit. It’s exactly &#116;&#104;&#101; &#115;&#097;&#109;&#101; &#097;&#115; removing &#116;&#104;&#101; light bulb. You don’t save electricity &#116;&#104;&#105;&#115; &#119;&#097;&#121; period.

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