Now, even maintaining a two-phase distribution run of fifty kiloters, it's hard for his body to feel a significant sense of fatigue. Instead, it's the ntal inability to endure the monotony that forces him to stop and rest.
However, the flaw here is that his skill level in Rapid Movent and Rushing is increasing at a slower pace because his body has basically adapted to the current exercise mode and can't receive new stimulation.
But Wang Ye is not too worried about this. After all, his current movent speed is completely sufficient for him, and with Super Sensing, his speed can even evade bullets.
The imdiate priority now should be to enhance offensive and defensive asures, minimizing vulnerabilities as much as possible.
Wang Ye sat on a park bench, absorbed so solar radiation energy for a while, and then continued to head for the Anta Headquarters to learn cave exploration knowledge from the foreign experts Li Weimin hired at great expense, in preparation for his trip to xico's Swallow Cave a few days later.
After learning about cave exploration, Wang Ye would go to a local parachute base for high-difficulty precision parachuting training, such as controlling his altitude and orientation during the freefall phase to simulate the terrain environnt of Swallow Cave for training.
These past few days, Wang Ye's schedule has been like this almost every day, not boring, and he encounters sothing new every day.
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August 26th.
The next morning.
After Wang Ye went out to exercise, he received a call about a delivery from SF Express.
He imdiately returned ho and signed for the package.
After unpacking the cardboard and foam, inside was the kinetic speedoter Wang Ye had purchased the day before.
He took out the product manual from the packaging box and carefully reviewed it.
This speedoter is only about palm-width in size, resembling a cara in appearance.
The screen allows adjustnt of various paraters, such as entering the projectile's diater and weight.
Then the speedoter detects the speed of the projectile passing through and automatically calculates the kinetic energy in joules.
The kinetic energy data is divided into joules and joules per square centiter.
In most cases, at the sa speed, joules per square centiter is about twice that of joules.
Dostic firearm identification standards typically use joules per square centiter for determination.
For example, greater than 1.8 joules per square centiter is considered the firearm standard,
because the testers used 11 healthy 200-pound sows, shooting them with steel ball pellets of 0.6cm in diater and 0.9g in weight at a distance of 10-20cm from their eyes, concluding through dical analysis that muzzle energy greater than 1.5 joules per square centiter could cause ocular injury.
But most of the ti, even a gentle touch with a hand can potentially cause eye injury. Thus, toy guns must have extrely low kinetic energy to be legally sold.
That's why many toy gun manufacturers purchase such a speedoter to test the energy of their products to avoid exceeding this standard.
Therefore, you can see how strict this standard is.
It is even said that the instantaneous energy of human ejaculation is greater than 6 joules per square centiter, far exceeding the firearm standard by more than three tis.
Of course, there are significant differences between human individuals, and the authenticity of this rumor is yet to be verified.
After Wang Ye figured out how to use this speedoter, he took a box of steel nails from the cabinet and carefully asured the diater and weight of the nails.
The data showed a diater of about 3 milliters and a weight of 10 grams.
While rifle bullets generally have a diater of 7.62 milliters and weigh around 7 grams.
This ans that the diater of these steel nails is much less than a bullet, but the weight is slightly heavier than a bullet.
Generally speaking, the lighter the projectile is, the faster the speed required to achieve the sa kinetic energy level. But since the steel nail weighs about the sa as a bullet head, it ans he only needs to reach the sa muzzle velocity to achieve the sa kinetic energy and power.
Wang Ye pondered slightly, then entered this data into the speedoter.
Imdiately, he found a thick iron plate and placed it against the wall as a target.
Holding the steel nail, Wang Ye stood behind the speedoter and carefully adjusted the angle and height.
He needed to ensure that the projectile would pass through the speedoter's lens the first ti to accurately asure its maximum speed.
After half a minute of adjustnt, Wang Ye finally found the right angle and securely fixed the speedoter in place with several layers of tape to prevent it from being overturned by excessive wind pressure.
After making these preparations, Wang Ye pulled his right hand behind his head and then suddenly hurled it forward.
Boom!!!!
A silver flash, as fast as could be, instantly pierced the air and shot through the iron plate more than ten ters away.
The strong wind pressure and sound wave made the tables and chairs in the room start to shake, even causing the keychain hanging on the wall to sway, showing how absurd the speed and power of this strike were.
In fact, most of this montum was generated during the swing of Wang Ye's arm. To throw the projectile fast enough, his arm swing had to be even faster to create sufficient thrust; if the speedoter could test his arm speed, it would find his maximum arm speed has already far exceeded the speed of sound.
Wang Ye first checked the wall behind the iron plate slightly.
The thick iron plate was seen to have been slamd with a nearly penetratingly deep dent.
And the wall had minor cracks appearing around it.
Wang Ye was slightly shocked, "Looks like I underestimated my throwing power. I need to find a more open space for testing next ti."
Then,
Wang Ye picked up the speedoter from the table.
He checked the kinetic energy value on the screen.
Joule: 999
Upon seeing this neat number, Wang Ye guessed that the kinetic energy of that steel nail must have reached the upper testing limit of the speedoter.
He reviewed the manual again and discovered that the energy test range of this speedoter was 0-999 joules. In other words, it cannot accurately asure kinetic energy above 999 joules.
But there's no helping it; the most professional speedoter available on dostic online shopping platforms can only do this much. After all, not everyone can use a launcher that exceeds 999 joules for testing.
Wang Ye continued to open his phone and searched for the initial energy range of an assault rifle,
"Most assault rifles have an initial energy of about 1000-2000 joules, while my throwing kinetic energy has exceeded 999 joules, which indirectly proves that my throwing power is already comparable to, if not exceeding, assault rifles."
"However, this is just speculation; to get accurate numbers, I need to test in a different way."
After thinking briefly, Wang Ye stuffed the hidden weapons and speedoter into his bag from the cabinet.
Then quickly made his way to the nearby wilderness area and found an open spot.
Wang Ye placed the speedoter more than a hundred ters away from himself.
Then he closed one eye and began aiming at the speedoter a hundred ters away.
With his tenfold telescope-like vision and extraordinary-level Soul-Chasing Throw skill, trying to hit a palm-width target a hundred ters away wasn't difficult.
Whiz!!!
A steel nail swiftly crossed the hundred-ter distance and accurately went through the asuring circle hole, embedding into the ground.
And on the speedoter screen, a new joule count appeared.
Joule: 956
Upon seeing this result, Wang Ye's eyes lit up slightly.
After crossing a distance of more than a hundred ters, the kinetic energy of the steel nail had barely fallen to 956 joules.
This ans its initial kinetic energy is likely slightly higher than that of a rifle.
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