When you going to college, you know that a laptop is a must have in order for you to keep up with your classes. So, you are walking along to class, on a particularly muggy day, and as you are putting your prized laptop into your bag, you happen to trip and your laptop goes flying out and lands smack dab in the middle of a puddle. Before you start worrying about your laptop being ruined, you may be happy to find out that your laptop is not lost depending on one very important factor. Was your laptop on at the time it landed in the puddle? If so, then yes, your laptop is more than likely ruined. However, if your laptop was not on, then you may be able to salvage it.
Year after year people throw away electronics that have gotten wet because they think that the device is ruined, but what they may not realize is that if the power was not on in the device, then the water has no effect on the machines functionality. If the power was not on, that means the electricity did not hit the water, which means the device did not short out, therefore making it salvageable. What you need to do is assess what was in the puddle.
If it was just a water puddle, with no mud involved, then you may be relieved to know that all you need to do is wait for a week or two for the laptop to dry out on the inside. However, if there was dirt or mud involved, then things get just a little more complicated. At this point you will have to have the laptop taken apart.
If you feel that you are tech savvy enough to be able to do this on your own, then give it a try, but if you are not confident in your abilities to repair machines, then this task should be left up to a professional repairman. You will need to have the device taken apart so that any mud that has gotten in can be cleaned out properly. This can also be a good way to get rid of some of the water that was inside the laptop. The best way to avoid such a thing as this from happening again, is to carry your laptop in a bag or case at all times and only take it out when you are sitting down and on a level surface.