What is Quantitative Energy? What does the change in quantity and energy mean?

Updated on Financial 2024-03-08
6 answers
  1. Anonymous users2024-02-06

    Amount of energy. Volume is volume.

    Energy is the momentum of funds.

    There are two ways to measure volume.

    The first is the total number of transactions.

    If you divide it by the number of orders.

    You can also get the average number of buy orders per transaction, and the average number of sell orders per transaction, which are considered volume indicators.

    If the average number of bids is greater than the average number of sells, the market outlook is optimistic, otherwise, the second is the total amount of transactions.

    There are also two ways to measure the momentum of funds.

    The first is the total transaction amount, which is the same as above.

    The second is the market to invest the first funds ready for investment.

    In fact, there is no way to know how big the correct amount of money to be invested is, what does it portend? It indicates that the main force has moved, that is, the main force has bought and sold. If this kind of trading is at the bottom, that is, the main force is strong in absorbing chips, and it is combined with **, it can be considered that the main force is pulling up and absorbing goods.

    And what about the top? The main force has already sucked enough goods at the bottom, as long as it does not sell, although it is on the upswing, it can only move forward smoothly or even downward. If the stock price has doubled or even more from the bottom, at this time, although the long white line has become larger and there is a daily limit, the amount of energy is also sharply amplified, what will it be?

    Do you think the main force is pulling up the suck? --The bottom has sucked enough, at this price, who else will it suck? From this point of view, there can only be one movement of the main force:

    Hedge up, attract, and ship!

    Well, due to the above analysis, we should understand such a truth: the larger the bottom amount can be, the better, and then in the ** process, we can only shrink the amount, not the volume. Especially when a new high is made, or it is about double the increase from the bottom starting zone.

    Of course, it is normal for it to increase when it hits a record high or when it breaks through the strong yin force zone.

    According to the above volume and price analysis, the complex things in the first place are actually easy for us to simplify: the bottom of the volume, break through the consolidation, we **; High (short-term increase is too high**) volume, although the long white line continues, but we must be doubly careful, ready to run away at any time. Once there is a break**, you will be out of the game immediately (at this time, it should be a stop win after making money!)

    Huh).

  2. Anonymous users2024-02-05

    The amount of energy is the total amount of money traded, and the change of amount of energy is the amount of money that is expressed in the amount of money bought and sold.

  3. Anonymous users2024-02-04

    Volume is volume. Change means volume or contraction.

  4. Anonymous users2024-02-03

    Energy includes kinetic energy and momentum, kinetic energy is only used in the elastic collision system, in the inelastic system, kinetic energy loses its practical significance, in the inelastic system, it is the flexible force to do work, the energy obtained by the object is all the change in momentum, that is, the amount of stored force energy, force energy is related to time, the longer the action time, the more stored force energy, the greater the mass of the object, the stronger the inertial force, the smaller the change in velocity, in the inelastic system, The greater the force energy stored in the object, the momentum converted to other objects of different masses is conserved, but the kinetic energy is a variable, so the conservation of energy of matter cannot be measured by kinetic energy.

    Energy refers to both kinetic energy and momentum. In the general sense, the matter above the molecule, and even celestial bodies, comets, planets, and stars are dominated by momentum; In the dark matter, free state, and quantum microscopic worlds, there are both integrals of kinetic energy and momentum in the narrow and broad senses. You can think of kinetic energy as a field energy, or you can think of momentum as a state energy, and it is a kind of energy when it is integrated.

    For example, the mass-energy equation is very representative, and it still has its own benchmark when it is conserved. Therefore, the god-like headache of quantum mechanics, you understand it, and if you don't understand it, it is a headache, it is completely a psychological headache, and I will temporarily describe it as "yin and yang confrontation". It has been suggested that left-handed vs. right-handed is not yet possible, and that the conservation of symmetry is still a division of dimensions.

    Kinetic energy is a manifestation of energy, the unit can be written xx joules as a unit of energy, momentum describes the amount of motion of matter, it has magnitude and direction is a vector, and the unit is gm s It is not a unit of energy.

    The questions are getting more and more nonsensical! Kinetic energy is one of the forms of energy, whereas momentum does not directly describe energy.

    Energy is the degree of entropy increase, and human information is also a type of energy.

    Kinetic energy is a type of energy.

    Energy is the electromagnetic wave released by the metallic hydrogen ion "magnetic moment" cutting the magnetic field lines.

  5. Anonymous users2024-02-02

    Energy, abbreviated as "energy", refers to the measure of the degree to which the spatial and temporal distribution of mass may change, and is used to represent the ability of a physical system to do work.

    Modern physics has clarified the quantitative relationship between mass and energy, that is, the mass-energy relation of Esan Hail Nainstein: e=mc. The unit of energy is the same as the unit of work and is joules (j) in the International System of Units.

    In nutrition, in addition to joules (j) as the unit of energy, calories (cal) are sometimes used as the unit of energy, and 1 calorie is approximately equal to joules. In the fields of atomic physics, nuclear physics, particle physics, etc., electron volts (EV) are also used as the unit of energy, 1 electron volt = , 18 10 wide with 19 joules.

    In the field of theoretical physics, there are also ergs (erg) as the unit of energy, 1 erg = 10 7 joules. Energy exists in many different forms.

    Classification of energy:

    According to the classification of different forms of motion of matter, energy can be divided into nuclear energy, mechanical energy, chemical energy, internal energy (thermal energy), electrical energy, radiation energy, light energy, biological energy, etc. These different forms of energy can be converted into each other through physical effects or chemical reactions.

    Various fields also possess energy. In nutrition, energy refers to the chemical energy (biomass energy) contained in food that can be absorbed by the human body, and the energy in food can sometimes be called calories, and the energy consumed by a normal adult per day is about joules (8400 kilojoules, NRV nutrient reference value).

  6. Anonymous users2024-02-01

    Let's start with my point of view on energy.

    The energy we humans used before the war was primary energy. Human beings have gone from the primitive use of thermal energy to the stage of using nuclear energy. A higher level of energy than nuclear energy, bioenergy, and even higher energy is the gravitational energy of galaxies.

    At present, scientists are studying extraterrestrial life by using interstellar energy to travel between galaxies in the universe. I believe there are higher energies that we don't know yet. The process of using human energy is:

    Thermal energy - electrical energy - nuclear energy - biological energy - gravitational energy of galaxies and planets.

    Therefore, from the above point of view, the energy in the universe originally exists, and the energies generate each other, turn and close each other, and intersect with each other, and the energy produces everything and determines everything. The reason why energy is said to exist in the first place is because energy produces the universe and determines the existence of the universe.

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