Xie Zhengye was brought to Ersha Island at the age of 13 and his full-healthy version of Xie Zhengye created by himself.

Under the high care of the scientific system black science and technology nutrition.

He is not just taller.

The potential carrying capacity of his entire body, as well as the existing physical strength.

All can be loaded higher.

Su Shen wanted to fight with Bolt, but he really didn't have the energy to go to two hundred meters, at least not yet.

He needs someone who can stand up.

Help him complete this idea.

Help the flower planter.

Help Asian athletes.

Complete this idea.

"Su Shen is very fast."

It was originally just a cliché of Yang Jian.

Su Shen is very fast ahead, who doesn’t know?

No matter whether it is 100 meters or 200 meters, it is very fast.

But soon Yang Jian became...

“Really soon.”

"It seems...it's a little too fast!?"

Yes.

It's just too fast.

Xie Zhengye didn't expect that the person in front would suddenly be so fast.

Even better than I've seen before.

That time in the Ikezhao League.

It's even faster.

How can we still break through???

Xie Zhengye was a little irritated.

He actually breathed a sigh of relief and wanted to compete with Su Shen. But unfortunately, Su Shen was telling him here.

Slim guy.

You are still too young.

I only do it once.

Aye.

Looks good.

Airflow characteristics and running posture optimization.

It is the core of this question.

The airflow in the plateau area is relatively stable and the wind is relatively small.

Athletes can adjust their body posture when running on curves based on this feature.

For example, lower the center of gravity of the body appropriately.

so.

This can reduce the windward area.

Further reduce air resistance.

Wait for your center of gravity to be lowered.

You can solve the problem of the plain locking your acceleration limit.

Because you press this way in the plains.

The balance may be broken.

Can't suppress the body's progressiveness.

If the explosion fails, it will explode.

Available in plateau areas.

You can do it.

Because.

Again, what was mentioned earlier - more power can be used to change the direction of movement and increase the speed.

These two are far apart and cooperate.

You can understand why you can now press the center of gravity lower.

Give your body a feeling of corner acceleration that is difficult to have in plains.

and.

The center of gravity is lowered.

It will also compare the curve with the extra x factor of the straight.

This chapter is not over, please click on the next page to continue reading! The centripetal force of curves affects each other.

In the future, there will be a close and complex scientific connection between the height of the athlete's center of gravity and the control of centripetal force.

Centripetal force is the force that causes an object to move in a circular motion, and its direction always points to the center of the circle. During curve running, centripetal force is crucial for athletes to maintain movement along the curve trajectory.

According to the formula of centripetal force, we can know that-

This shows that the faster the athlete's mass and curve radius are, the greater the centripetal force is required.

When running on a curve, the centripetal force mainly comes from the static friction force given to the athletes by the ground. The athletes use the combined force of their own gravity and the static friction force on the ground to provide centripetal force by tilting their body to the inside of the curve.

The actual function of centripetal force is to change the direction of the athlete's movement so that it can move along the curve, while maintaining body balance and avoiding deviating from the track due to excessive centrifugal force.

so……

Your corner of gravity is lowered.

First, the airflow stability is improved.

The lower center of gravity makes the athlete's body more stable in the air, and the body's shaking and offset less when disturbed by airflow.

Just like the lower the chassis of a car, the less affected the airflow when driving at high speeds.

The athlete's low center of gravity can reduce physical imbalance caused by instability of airflow, ensure the stability of the centripetal force during curve running, and better advance along the curve trajectory.

Secondly, the influence of wind resistance is further reduced.

When running on high-speed curves, air resistance will have an impact on athletes. The reduction of the center of gravity will reduce the overall height of the athlete's body and the windward area will be relatively reduced.

This allows athletes to consume less energy in overcoming air resistance, and can use more energy to maintain centripetal force and maintain body balance, thereby better controlling curve running.

You should know that although 200 meters is calculated, the wind speed of the straight road is mainly the wind speed.

But that doesn't mean you don't have wind when you run a corner.

It is just inconvenient to calculate, so the failure to adopt data statistics does not mean that it does not exist in the objective world.

If you can press the center of gravity lower on the curve.

You can further reduce wind resistance.

Make your curves smoother.

It can even reduce your strength consumption on the curve and keep more suggestions on the big straight.

so.

How can your curve acceleration not be faster, stronger and stronger?

"Oh my God."

"Is there a jet hanging behind Su Shen?"

"He is here to directly bring Xie Zhengye..."

"It's burst."

Even Dazhi Xie Zhengye has the advantage of speed and endurance.

That couldn't stand being pulled so much from the front.

This game.
To be continued...