Ultraviolet light shows how far we are from pissing

Guys, if you think your "good goal" when you pee means you do not get Pee everywhere, so I have some news for you.

A series of sinister UV tests have shown that tiny droplets of urine can splash up to 36 inches, almost a whole metre. Charming, huh?

If this is not disgusting enough for you, one in four interviewees surveyed said they kept their toothbrush within 36 inches of the toilet, inadvertently brush your teeth with pee.

Tests conducted by QS Supplies revealed that 69% of men remained standing when they pee and 31% of them aimed at the bottom of the toilet bowl, thinking it would cause the least "splashback".

Unfortunately for these guys (and those who must share a toilet with them), this creates more splashback than any other sighting technique tried by the testers.

If you are interested, the study goes on to explain that when you urinate upright, thousands of urine droplets are created and can fly through the air and land in the vicinity.

Most of the time, they can not be seen. That's why the guys from QS Supplies badped a mechanical urethra, a fluorescent liquid (to recreate the little one) and ultraviolet light. It sounds like … an interesting work week for these guys.

Then they undertook to recreate every element of standing life, includingvolume, flow and curve, trajectory and shape of the water course ".

They found that types of the back wall of the toilet bowl created the largest number of droplets and the greatest possible diffusion.

Those who target directly in the water, 29% of men, produce a smaller number of large drops and cut the excessive splash of small drops. The spread has also been reduced.

So what is your best bet if you do not want Pee everywhere in your beautiful, clean bathroom? Researchers say that to achieve the greatest reduction in fallout, men should aim for "the near side of the bowl, right in front of the water."

However, they also pointed out that whatever technique you use, peeing produces splashes.

They wrote, "IIn each simulation, regardless of the target area, UV light revealed a number of droplets on the edge of the toilet, the underside of the seat and lid, the floor or anything above. "