What to do if you walk on a rainy day and your shoes throw water

1. When walking, you should consciously raise your knees first, so that you can drive the whole foot off the ground and avoid the heels.

Hooking back too much brings muddy water to the cuffs.

2. The heel should hit the ground first, if the toe or forefoot touches the ground first, the muddy water on the ground will splash backwards on the trouser hem or heel.

3. Don't walk too casually, you should raise your head and chest, tighten your lower abdomen, and your steps will naturally be light and calm, without mud.

4. Walk with your toes forward, don't walk outside the figure.

If you walk with a straight step, you will have no problem o The reason is that when you walk with your foot raised, the tip of your foot is tilted upward, and the water droplets are thrown on the upper of your shoe due to the action of inertia. It is better to keep your feet flat and walk slowly to minimize the inertia of water droplets.

It is generally difficult to change the posture of walking, only walk a little slower, the slower the better.

Wear rain boots or a plastic pocket over your shoes.

I'm the same way, there's no good way to do it, wear rubber shoes or slippers in the summer. I wear cotton shoes in winter, and it will be better to pay attention to myself, basically my entire shoes are wet.

Walk on the ball of your forefoot! Just lift your heels a little! That's how I went.

The water from the sole of the shoe is thrown onto the tip of the shoe with the action of walking, and the water from the sole of the shoe flows to the front of the shoe every time the foot hits the ground when the foot is lifted alternately, and the foot is raised to the ground.

At the same time, it is also necessary to consider the specific movement process of the foot during walking, the back heel first touches the ground when walking normally, then the sole of the foot, then the back heel leaves the ground, the forefoot touches the ground, the ground and then the forefoot leaves the ground, the toe moves upwards and forwards, and then the foot moves downward and forward, until the heel completes a stride process.

In this process, if the water depth of the ground is shallow, then only the sole surface of the shoe is in contact with the water in the walking process, the rainwater attached to the ground gathers at the forefoot at the forefoot when tiptoeing, in the process of lifting the foot, due to the viscosity of the water and the upward forward movement of the toe, the rainwater is thrown out, and the oblique throwing movement is done along the direction of the initial velocity of the rainwater finally leaving the shoe, and falls back to the upper when the person steps forward.

InRainy dayPay attention to your walking posture.

In addition to the plastic bags mentioned above, which can be put on the outside of shoes, there are also special moisture-proof shoe covers. Because the plastic bag material is too light and thin, it is easy to be damaged, so many businesses have launched PVC shoe covers, which are durable and easy to carry. Whenever it rains, it is very convenient to put it directly on the outside of the shoe.

Precautions for shoes on rainy days.

If your sneakers, cloth shoes or leather shoes get wet on a rainy day, it is best to do it in time, first brush off the dirt on the surface of the shoes with a softer brush, then dry the surface of the shoes with an absorbent towel, and then stuff dry toilet paper inside the shoes.

Then put it in a ventilated and cool place to dry, during which you change the toilet paper several times until the inside of the shoes is relatively dry, and then keep drying, pay attention not to expose it to the sun in the sun, although it dries quickly, but the shoes are easy to deform.

Because of inertia, when a person is walking, his heel moves upward, and when it ends, the muddy water attached to the shoe does not stop, and it is thrown onto the pants, which is the same as splashing water.

The law of inertia is Newton's first law. All objects will remain at rest or in a straight line at a constant speed until a force applied to them changes its state of motion.

After writing Newton's first law, Newton began to describe the natural motion of various objects that he observed. If a projectile such as a flying arrow or a flying rock is not resisted by the drag of the air and is not attracted by gravity to fall, it will continue to move at the same speed.

Rotating bodies, such as gyroscopes, rotate permanently if they are not lost by the friction of the ground. Stars such as planets and comets will maintain their orbits for longer as they move through space with less resistance.

He believes that the reason is that there is air resistance, ground friction, and so on acting on the object. If these forces are not present, the moving object will always move at a uniform speed. This is an important breakthrough that requires great insight and imagination.

Newton's principle of inertia is one of the foundations of classical physics, and the understanding of the principle of inertia has also changed with the development of modern physics. Newton said, "I'm just standing on the shoulders of giants!" ”

The elastic force received before is converted into the impulse force on the trouser leg due to the rain, hitting the trouser leg, and putting pressure on the ground when it falls to the ground, making an upward throwing motion, by Newton's third law (action force is equal to reaction force), the raindrops are bounced up, and the rain falls from the sky for free fall motion.

Because of inertia, when a person is walking, his heel moves upward, and when it ends, the muddy water attached to the shoes does not stop, and it falls on the pants, which is the same as splashing water.

Because the main factor is that the way people walk is the outer figure-of-eight, you can just walk on the beach and look at your footprints, and you will not walk with the inner figure-eight when you go to a place where there is water, and there is also the degree of concave and convex soles and other factors.

The roots of the shoes are too soft, absorbing muddy water. (such as cloth shoes, soft rubber shoes, etc.).

The walker walks in the wrong way.

First of all, most shoes have a higher heel than the toe, so the water from the sole will flow along the pattern of the sole to the toe, and the toe will easily get wet from this point alone.

Secondly, when we walk, the heel is always the first to leave the ground when we lift the foot, and the height of the heel is higher than the toe of the shoe, so that the water from the sole of the shoe will quickly collect to the toe.

Next, the walking action is not quite complete, because the toe of the shoe is still on the ground. As the heel lifts, the water collects to the toe. At this time, because of the inertia brought by walking, the toe of the shoe is lifted and the movement is forward.

A large part of the water that collects on the toe of the shoe flies out, which is why we see water being thrown out of the front of the shoe on a rainy day. A large part of the argument will fly away, but a small part will be due to the tension of the water droplets and the adsorption force of the shoes themselves. The water droplets will land on the toe of your shoes with a nice backflip.