Basics to EP-Physics 2

Basics to EP-Physics

36. The concept of a lever

Two bodies are in equilibrium when the fulcrum (support) is inversely proportional to their mass. Give me a place to stand, and I will move the earth. Archimedes intended to dismantle the celestial planets. In the following calculation, we will reward them in their rightful place, which has the same idea as all other products. Planets have the same rules as products.

All levers have a limited length beyond which they will not work. Later the length turns out to be five steps. After that they weigh too much or bend under their own weight.

Many think of the lever concrete, but there are also intangible levers, as there is matter and antimatter. Next, we will take an intangible lever arm which is the Fibonacci sequence. Fibonacci sequence starts like Pascal's Triangle and both have their limit of five rows (steps).

  0 - 1 - 1 - 2 - 3 - ( 5 -8 -13 )

                                                                    0                                      Row 1

                                                                0  -  1                                   Row 2

                                                             0  -  1  -  1                               Row 3

                                                          0  -  1  -  1  -  2                           Row 4

                                                      0  -  1  -  1  -  2  -  3                        Row 5

                                                  0  -  1  -  2  -  3  -   5  -  8                    Row 6

Fibonacci Numbers joins to the planets known distance from the Sun. We calculate planets location or we really prize them. We calculated these in the past, but we will go with this new point of view.

  0 - 1 - 1 - 2 - 3 - ( 5 -8 -13 )

Titius - Boden Formula and Fibonacci Numbers

Planet        Distance from the Sun                                                            
Mercury        0,39          α = 0,4 etäisyys/Distance                   0)
Venus           0,72          α = 0,4 + 1 x 0,3 = 0,7                  (0 +1 = 1)
Earth            1,00           α = 0,4 + 2 x 0,3 = 1,0               (0 +1 +1 = 2)
Mars            1,52           α = 0,4 + 4 x 0,3 = 1,6            (0 + 1 + 1 + 2 = 4)
Ceres           2,76           α = 0,4 + 7 x 0,3 = 2,5          (0 + 1 +1 +2 + 3 = 7)

a = the relative distance from the Sun, where the Earth has the value of 1

The distance of the planets from Sun (a) is; 0.4 + The sum of the numbers in the Fibonacci sequence (in relative loacation) times 0.3.

Distance from the Sun to Ceres is the average distance to all stone planets, which all Ceres represents. The average distance of eight million stone planets'  do well be near value of 2,5 a. As we approach the limit of proportionality, the fifth level of precision is reduced.

Planets as the biggest products

Through EP Calculation, we set abstract things for weighing. Combining later the concept of the buoyant force, can weigh the intangible qualities. Archimedes could not determine the specific gravity of the hollow body, but calculation determines "hollow" features. An example of this are the value curves which have not been determined. (688)

37.   The Speed of Light to Gravity

In 1905 published a special Theory of Relativity, of which we best know the energy equation. The basic idea in theory is that the mass of the body depends on its speed. The moving  body has more mass than the equivalent stationary body. This is an issue related to the kinetic energy form, telling the energy of the mass.

E = m c²

C is the speed of light 299 792 458 meters per second. When the speed of body increases about 87 per cent of the speed of light, has a kinetic energy greater than the rest mass. Approaching the speed of light, and trying to accelerate the body, an increasing share of the power used to accelerate the body, grows the mass. We say that nothing can move at the speed of light or faster. Close to the speed of light, the mass increases infinite. The moving body has a relativistic mass, consisting of a rest mass and moving energy-related mass.

Later published the General Theory of Relativity took into account the gravity and allows space expansion. Now, the speed of light rule does not apply.

Gravity

The speed of light is 299 792 458 meters per second. We transform the speed of light to value 2.99792 458, dividing it by 10⁸. Light coverage C2  x the Universal Friction Coefficient of 1.03 three times. In four-dimensional world, time is the fourth dimensionality. Others are width, length and height.

2.99792 458² x 1.03³ = 9.82 (m/s²)

The result is gravity on the Earth. Coefficient of 9.82 is well known, but the value of pi 3.14 more famous. The value of pi is the ratio of any circle's circumference to its diameter. We get the relative velocity of light in the universe. (679)

(3.141592 x 0.982) / 1.03 = 2.995    (Virhe/Error 1:1000)

38.   Gravitational Force

Without the force of gravity, nothing does bend or tire when loaded. All would float in the weightless space, neither would be the friction. Friction is wider concept than friction between two surfaces. Friction affects to everything and we calculate tasks using Universal Friction 1,03(3). Perhaps the next pattern is the reflected shadow of the gravitational force on the cave wall, as such by Plato.

Pentagon describes the force of gravity g on the Earth

0.618 + 0.3633 = 0.9813

Value 0.9813 is the Force of Gravity 9.82 m/s². The proportional Equavalent Calculation is not formulas, and please do not consider decimals. Please think, how simple way the nature presents the force of gravity. (605) 

2 pii rad x 1.25²  =  6.28 x 1.25²  =  9.813

Gravitational constant determined first Englishman Henry Cavendish in 1798. This was possible by invented torsion balance which had precision enough. At the same was specified the magnitude of the mass of Isaac Newton's projection. This is familiar, but it is repeated of point of view of calculation.

 2 Pi radians x 1.25²  =  6.28 radians x 1.25² =  9.813 m/s²

38.1   Gravitational Constant

Gravitational constant

38.2   Gravity On The Earth

The mass m₂ of the Earth is 5.98 x 10²⁴ kg
m₁ can stay off or value of 1
The Radius of the Earth is 6.37 x 10⁶ m.
  

F =    6.37 x 10^-11 x  5.98 x 10²⁴   = 9.83 m/s²

 (6.37 x 10⁶)²

On the Earth the acceleration value of gravity, g (in Northern countries) has 9,82 m/s². The value g is the acceleration of the body in second square. The formula is defined as surface area on the potency to the power two. The field for cultivating is touchable by hand. The cover of the time for the acceleration is not touchable by hand.

The formula gives the gravitational constant F value of 9.83 m/s². In connection with the force of gravity, is in use the value, which changes accordingly to the parallel circles, or on the surface of the sea. On the Earth the force of gravity, is formed of the gravitation pulling power, where is reduced the centrifugal force of the Earth rotation. The calculation is based on gravity, because there is no deflection or fatiquing movement without the force of gravity. There is also nothing to hold together, without the attractive force. Despite this, gravitational force is known as the worst.  (592)

 Gravity On the Earth

According to the Bureau International de Poids et Mesures, International Systems of Units (SI), the Earth's standard acceleration due to gravity is:

 g = 9.80665 m/s² = 32.1740 ft/s²

When calculation the time dilation using value of v = 0,979796 x c => 5

We come to number five, which is very important to EP Calculation.


Number five

At the table the row number five includes the coefficient 0,25 x c (table 1). There is two brothers which the other on stays on the Earth. The other brothers go to a space vehicle at a speed of 0.25 c ( c = speed of light 300 000 km/s²). After years of traveling the brother is 1.033 times younger than the brother left on the Earth (353.3 days old, according to the calendar)



38.3   Gravity on the Moon

On the moon surface the force of gravity, is about sixth of the Earth's force of gravity. The force of gravity causes acceleration 1,618 m/sec2 of free fall on the moon surface  (in other words 0,165 g)

Check;    1.618 m/m/sec² / 0.165 = 9.81 m/sec²

The Golden Section 1,618

The calculated acceleration on the moon surface, on the basis of its diameter and mass measurement, gets the value of 1.617 m/sec². The force of gravity through friction stops the motion and bends the matter being. Also the flight path of flying pieces's get the shape of parable. The moon acceleration of free fall, we observe it to be the Golden Ratio 1.618.


                         1                             1.000

                   1         1                        1.1 x 1.0 = 1.100

               1        2        1                   1.1 x 1.1 = 1.210

          1        3       3       1                1.1 x 1.21 = 1.331

      1       4        6       4      1            1.1 x 1.331 = 1.464

  1     6        1        1       6      1        1.1 x 1.4641 = 1.611 Rounded


Pascal's Triangle defines gravitation of the moon 1,611 m/sec², error being 0,43 %. Two decimals are correct, which exceeds accuracy of the EP Calculation.

9.82 m/sec²/ 6.28 rad  x 1.03 = 1.611

Gravitation g  /  Full angle 2 pii radian  x  Universal Friction

Universal Friction prevents preparation of the perpetual motion machine 9,82 m/sec² /6.28 rad  x 1.03(4) = 1.611

The four-thousandth parts of the Universal Friction, changes the calculation either as being Pascal's Triangle or the Golden Ratio value. In the calculations this will observe as values 1.03 - 1.033 - 1.034, so one-thousandth changes calculation.  (797)

39.   Free Fall of a Body

Deflection rate 1:1000 is the basic beam stiffeness of bending and values can calculate from strength calculation to Physics and contraversary. As an example the static values of round bar 10 mm (1 cm). Imagine to the photo a round bar. The size of 10 mm has the basic values to determine values of all others.

 
Deflection 1:1000

0.0982 cm x 100  = 9.82 m/s2             (gravitation on the Earth)
0.0491 cm x 100 = 4.91 m                   (free fall per one second on the Earth)

You can see the connection of round bar values to the free fall of a body. All is free fall of a body, its prevention or friction to prevent falling in motion. This is why, all are the same meaning. (661)

Physics - Physiology - Matter and Strength

As a Visual Geometry

40.   Bending Generally

Without understanding of physics and physiology, does not understand either the nature of the deflection. This is difficult, because physics does not teach the deflection. Deflection is associated with the strength determination, which belongs to engineering education. Deflection is a theoretical subject and the basic element for the best-known energy formula. Energy equations can also be explained through the sport-related issues. Physiological deflection increases the length of time for performance which may indicate as time dilation.

Basically, deflection causes elongation and shrinkage. The outward manifestation of this is the deformation of the body. In practice saying the object bending. In physics time bends, ie the used time increases as time dilation.


51.   Dimensionalities

51.0   Zero-Dimensionality - a Point

One point , which you cannot see nothing, because the second point does not exist. Point does not have dimensionality.

51.1   One-Dimensionality - Line - Length

A Group of points, which are seen or not back and forth.


I                                                     1                            =  1            = 1

  I                                             1         1                       =  2            = 1.1

    I                                       1        2        1                  =  4            = 1.21

        I                              1       3        3        1              =  8            =1.331

                I                  1       4        6        4       1         =16            = 1.4641

51.2   Two-Dimensionality - (Cross-Section) Area - Strength

Flat shape, which is seen back and forth in different directions

 1.12 x 1.12 = 1.25

51.3   Three-Dimensionality - Volume - Space - 1.618

Cube, sphere, etc. which form is seen in all directions

 1.25 x 1.25 x 1.0328 = 1.618

A two-dimensional squared two x time dilation 0.25

51.4   The Curved Time-Space

Time slows down, mass increases with increasing speed. Time can not see, but it can be measured.

This goes beyond comprehension to understand the gravity, but it can be calculated. (755)

52.   Time the Fourth Dimensionality

Dimensionalities

One-dimensionality                   progressive movement, such as running forward

Two-dimensionality                    through the concept of area, force and strength

Three-dimensionality                 volume

Four-dimensionality                   time, such as Hermann Minkowski understood it

Albert Einstein study in Switzerland progressed reasonably well. Hermann Minkowski's mathematics lectures Einstein skipped, believing that he had no use for a higher level mathematics. This he afterwards regretted.

When Albert Einstein algebraically presented the special theory of relativity in 1905, Hermann Minkowski showed to his former student that it could also be understood geometrically as a theory of four-dimensional space-time. Later Albert Einstein realized that a geometrical view of space-time would be necessary in order to complete his own later work in general relativity (1915).

The proportionality is significant in terms of Albert Einstein presented the same algebraically by the Hermann Minkowski was able to provide geometrically.

 
Calculating has the idea as in the above text. The phenomena can be examined by measuring, calculate and display geometrically. How does we calculate the two-hundred-meter world record? This physics does not calculate?

200 m ME  -  200 m WR 2 x  9.58 sec = 19.16 sec (World Record 19.19 sec)

An Example of One-Dimensionality

Short Run Events

The figure shows the lengths of the events to follow Pascal's triangle.

1                                      1                             1 x 100 m = 100 m

2                                 1        1                        2 x 100 m = 200 m

4                             1       2       1                    4 x 100 m = 400 m

8                         1       3       3      1                8 x 100 m = 800 m

16                    1      4       6      4     1           16 x 100 m = 1600 m (mile)

This is visual geometry to see short run events.

This is visual geometry to see short run events.

Fibonacci numbers

1  -  1  -  2  -  3  -  5  - 8  -  13  - 21  - 34  - 55  - ....

Fibonacci Numbers start 1 - 1 - 2 ... Pascal's Triangle has the same form.

100 m + 100 m =  200 m

Athletic Event 100 m Race

The World Record of 100 m is 9.58 sec.

200 m ME  -  200 m WR

 2 x  9.58 sec = 19.16 sec (World Record 19.19 sec)

100 m + 100 m =  200 m

1  -  1  -  2

While running the first 100 meters, takes place on the way to fatigue. I hope you know that the runners in the world are not capable of fully running a hundred meters. Without fatigue time would presumably be in accordance with the following calculation.

9.58 s / 1.0328 = 9.276 s.

 
200 metrin matkalla, kun väsyminen huomioidaan
When 200 meters run, taking fatigue into account

2 x 9.276 x 1.0328 = 19.16 s

WR Wind Conditions

100 m:            Tuuli / Wind + 0.9 m/s               200 m:            Tuuli / Wind - 0.3 m/s

For example wind makes the difference 19.16 s = 19.19 s. Of course you understand that this only a way to calculate this kind of phenomena like run events. Through time dilation the calcalation is a part of physics. Both WR times belong to Usain Bolt and this makes times comparable.  (412)

53.   Twin Paradox

In 1911, Paul Langevin gave an example by describing the story of a traveler making a trip at a Lorentz factor of γ = 100 (99.995% the speed of light). The traveler remains in a projectile for one year of his time, and then reverses direction. Upon return, the traveler will find that he has aged two years, while 200 years have passed on the Earth.

Max von Laue (1911, 1913) elaborated on Langevin's explanation, using Minkowski's spacetime formalism. He wrote that the asymmetric aging is completely accounted for by the fact that the astronaut twin travels in two separate frames, while the Earth twin remains in one frame, and the time of acceleration can be made arbitrarily small compared with the time of inertial motion. Eventually, Lord Halsbury and others removed any acceleration by introducing the "three-brother" approach. The traveling twin transfers his clock reading to a third one, traveling in the opposite direction.  (926)

54.   Energy Has Its Mass Newton

           F = a x tEinstein           E = m c2Planck           E = h v

When determining physical phenomena, there is need for three quantity which are time, distance and mass. When something moves at high speed, there is need for the Lorenz equations. The reality is of the physical world phenomena, their final form turns out to be simple description.

We know time and distance to be relative to one other. The magnitude of mass varies in proportion to the speed of light,  which in the formula is a surface area. When the speed increases the mass shrinks in the direction of movement, but in terms of the width and height remains unchanged. Mass has the ability to resist the change of motion state that Mewton showed. Through EP Calculation a piece of shaft has the physical conformity of laws as laws of  the Universum have.

The absolute speed of light 300 000 km/s is a great value, that cannot perceive. That is why we look at the speed of light as a value, which we understand. We determine the speed of light to be 100 kilometers per an hour and we look what happens.

Motorcycle accelerates, reaching a speed of 20 km. The total mass increases by 1.021-times (255.25 kg).

Motorcycle speed reaches 63 km, the total mass has increased by 1.288-times (322 kg).

Motorcycle speed reaches 90 km, the total mass has increased by 2.204-times (873 kg). Motorcycle is too lazy to get up the hill.

Motorcycle speed reaches 99 km, the total mass has increased by 7.089-times (1772.25 kg). Nothing goes faster than the speed of light, in this case, the speed of one hundred kms per an hour.

Motorcycle fuel chemical energy is released in the form of combustion. Energy is obtained from the power transmitted through the tire to the road surface, increasing the speed of the motorcycle. The operating speed of growing up as a result of a motorcycle momentum energy E increases. The speed of light is the absolute speed of any movement, the value c is maintained. In order to maintain energy equation, mass is the amount of change. This is a known fact.  (520)

55.   Time Travel Within the Limits of Relativity

Perhaps one day technology will have advanced to a scale where the speed reaches 0.9 c. This is about 270,000 km/s. This is the default value, but what happens to a traveler who travels for one year at the speed of light of 0.9 c as described?

What has happened to time on the Earth during the meantime, when he started the trip the first day of January? When coming back is the March on year 2045.

From the calculation see the travel time 2,294 years and return back to the ground at the advent of spring in 2045. According to calendars, the traveler experiences to arrive on New Year's celebrations in the 2043/2044 turn. By way of clarification for those who are not familiar with the idea. Time traveling at high speed, slows down the flow of time, this when compared to different coordinate time on the ground. In the example, set the traveler returning back to the earth with the clock. The time on the earth, will pass calculated time 2.294 years.

The phrase, "watches will pass the calculated time," is interesting. Time does not flow in any direction, but is stationary, as well as clocks to pass time. In the clock the strollers are rolling away from each other to determine the passage of time. Watch during the work of clock, we are sliding in one direction, which we call forward.

14.12.2024*11:50 (45972 - 194)
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