There is no continuous slash in the air, does the upper fifth section have the power of the upper fi

Yes, the higher the jump, the more time in the air, the attack speed is also very important, I'll give you an example, if you tell me to go to pk, take a hand cannon to go, no matter how good the skill is, then hit at most 2 times in the air, because** is a slow attack speed.

The one upstairs said it was wrong. The hand cannon was originally in the air, and it could only be hit once. That's not about speed.

As for the slash. The first thing that affects is attack speed. If you are the king of the rhino sky set, the attack speed set is complete.

You can make a third cut without jumping. If you can't be satisfied. So basic.

Ink Bamboo Jump +20....Armor of Judgment Divine Boots +20....Combined with a certain attack speed, it will also allow you to slash a third sword.

The number of aerial combos is related to attack speed and jump power, you can jump up and slash 3 times without adding status.

Yes, a body of heavy armor, no jumping equipment and no jumping, to ensure that you can't even slash and can't let it out.

There is a certain relationship between the number of consecutive slashes and jumps! The most important thing is attack speed.

The main thing about air combos is attack speed, jump power or secondary. I only have a black bamboo plus jump, Yan Ma shoulders, windbreaker, and the king's guardian wind are all increasing attack speed, and the air combo still hits three times.

It also depends on how high you can pick your opponent and how fast you can jump.

I think fashion shoes need to be moved faster.

Bring another trench coat, if you want to be more coherent in the air, bring another spirit rhino, and if you have money, buy a king.

It must be enough, you don't rub fast enough to give you a burst?

It's going to be very slow to put it directly.,Just find a monster.,Pick it up and hit it and then catch the air and slash out faster.。

Press fast to jump back and slash into the air (also to have a monster fight).

If the jumping power is higher, you can slash 3 knives in the air, which is an ordinary slash, and then an ordinary slash.

Theoretically, you can cut the air a second time, then 4 knives The above is the tested data, which is true and reliable.

It can be used with or without addition.

Jumping 50 is enough (my attack speed is 17, and I can empty 3 with plain murmurs), in addition to hand speed, I also have a feel.

If you add a skill to jump, you can stack equipment with high jumping power, ink bamboo, and jump equipment and costumes, and you can do 3 times in the air.

Gravity and air resistance, not subject to the force exerted on it by the athlete.

1.Gravity (as long as it's on Earth!) ）

2.Resistance by air (moving objects generally have air resistance, but it depends on whether your question is above or not.)

There is ignoring that force! ）

Note: The flying soccer ball has been detached from the role of the foot, that is, the point of action of the three elements without force, so it is not subject to the force of the athlete.

The soccer ball flying in the air is affected by gravity and air resistance, and the continued forward flight is caused by the inertia of the thrust of the athlete's kick... But for some strange football flight trajectories, such as the shell arc, physicists can't explain how it works.

The gravity of football, the resistance and buoyancy of air. There is also the power of the outside world on football, otherwise football will not be able to fly.

Gravity, air resistance, and the eyesight of the players and spectators on the field.

by gravity and air resistance....(Because it is a soccer ball flying in the air, it does not count the force exerted by the athlete on it).

Gravity, air resistance, and the resistance of all kinds of dust and debris in the air, as well as the gravitational pull of various celestial bodies on it, and even the Coulomb force, ......There are no unexpected ......

Gravitational force, air resistance, wind force, rain, snow and hail will also have corresponding external forces, haha.

Gravity and drag force form an acceleration with a certain directionality, completing the trajectory of the parabola.

Gravity, drag, geostrophic deflection force!

A force, gravity that goes straight down.

Staying in the air, there are a lot of miles anyway.

There is only one level of air slashing, okay.

When pk, it is not appropriate to want to cut people in the air and add soaring jumps.

For the air slash, I personally feel that your attack speed is completely enough, and you mainly have to jump.

If it is a light armor class, it is recommended to buy a pair of Shenjian boots, and other professions can also find their own professional mastery and jumping equipment, and it is recommended to receive a black bamboo.

I have an attack speed of 27Ate PK Smurfs attack speed is about 35 or so.,I jumped to 60.,Empty 3 is very easy.,Empty 3 doesn't need a particularly high speed.,The main thing is to jump.,At least it's much cheaper than the attack speed.。

My Asura is wearing plate armor, Silent Soul Shoes Jump +30 and Mozhu Jump +20 can perform 3 slashes in the air (fashion attack speed + Taidao), and if you jump out, you can slash 5-6 in the air.

Because the mass of the earth is very large, according to the law of gravitation, the gravitational force between the apple and the earth is roughly equal to the gravitational force of the apple (and some of it is a very small centripetal force), and this level of force is almost negligible for a massive object like the earth

You can calculate that an apple is about 5n of gravity, and the mass of the earth is of the order of magnitude 23, so the corresponding acceleration is small enough.

But if you ask how small the acceleration is, after enough time, there will still be obvious displacement, then there is actually a more important point, that is, the force given to the earth by countless objects on the earth can be balanced macroscopically, and the earth has not deviated from orbit because of one for thousands of years.

Of course, if you say it's the apple that Adam and Eva ate in the Garden of Eden, well... Then I'll lose to you

Movement is relative!

Because you take the earth as a reference, the earth is naturally stationary, and the apple is moving, so there will be apples that are attracted to the ground.

If you take the apple as a reference and think that the apple is stationary, then it is the earth that moves, and then it becomes that the earth is attracted to move by the apple.

If we take the universe as a reference, then since the mass of the earth can be said to be infinite relative to the apple, the force of the same magnitude acting on the earth and acting on the apple is different from the change of its state of motion under the large reference of the universe, so it is generally believed that the apple is attracted to the earth to the ground.

The specific kinematic relationship between the two can be traced with universal induction:

f=gmm (r 2) g is the gravitational constant, the value is (2 3) 10 (-10)n[(m kg) 2], r is the distance from the center of the earth from the center of mass of the apple, m is the mass of the earth, and m is the mass of the apple.

For an apple, it experiences acceleration a=f m=gm (r 2).

For the Earth, it experiences acceleration =-f m=-gm (r 2) (minus sign) for direction

At the distance of r, both objects are accelerating towards each other, you can substitute the mass of the earth, the radius of the earth r (ignoring the height of the apple h, r=r+h r) into two equations, you can see that the acceleration of the earth is compared to the acceleration of the apple (compared to the size), a=m m 10 (-28).

So, theoretically, the earth was also attracted by the apple and walked some distance upward, but this distance is so small that it is completely negligible, and this distance is only s=h 10 (-28).

When the apple hits the ground.

1. The mass of the earth is not an order of magnitude greater than the mass of apples.

2. When you were reading under your apple tree, on the other side of the world, Newton was also reading under their apple tree. The force of your apples on the earth and the forces of Newton's apples on the earth are exactly a pair of balancing forces, and the two forces are exactly canceling out.

When an apple is attached to a tree.

1. The apple is connected to the tree, and the tree is connected to the earth, so the earth sucking the apple is equivalent to sucking itself. It's like a person who tugs at his ears and wants to drag him into the air, but can't.

This is a very good question, and the answer is as follows:

The reason why we can't see the earth moving is that we stand on the earth and use the earth as a frame of reference, and the object that is the frame of reference by default always wants to be still with itself, so the earth does not move.

Similarly, if the apple is used as a frame of reference, it is clear that the earth is moving, not the apple.

The Earth and other planets are in dynamic equilibrium. So we don't get the earth into the air because of the gravitational pull of the apple.

Let me ask you a question, if two magnets, one large and one small, are placed on the table, which one will be sucked?

Small, of course!

Gravity is the same thing, if you fix an apple to an object with a greater mass than the Earth, the Earth will be sucked away, hehe!

It's like the moon revolves around the earth, not the earth revolves around the moon, whoever has the most mass is the boss!

It depends on how you talk about it, if you take the whole universe as a whole and take the apple as a reference, the earth will be attracted to the apple.

Gravitational attraction is related to the magnitude of mass, and that's it.

You are not a worm on an apple, and how do you know that it is the apple that falls to the ground, not the earth that falls to the apple.

Think of the acceleration of f m! This subtlety is just too subtle.

Then the earth will be attracted by the moon and the sun, and there will be more, which is a dynamic balance.

The distance that the earth moves by the attraction of apples is negligible.

Because through the formula of gravitational force can be known, and the side with a large mass.

Thinking about it the other way around, aren't they all the same?