## Religion according to science |

Speed in the same direction |

## Some important astronomical fact :

1. The earth is round and stationary in the universe.

2. The earth completes one orbit on its own axis in about

86164.0996 seconds Or 23 hours 56 minutes 4.100 seconds ( Upcoming values up to three decimals ).

Diurnal motion |

3. The rotation period of the celestial-pole is anticlockwise direction. It would take about 25,793 years to complete one rotation. Basically we see the precession of equinoxes as a result. We see that the first point of Aries ( and therefore first point of Libra also) moves slowly backward ( opposite direction of the sun's annual motion among the stars) along the ecliptic and it would take 26,000 years. The celestial-pole describes a circle ( in the anticlockwise direction ) about the people of the ecliptic, always remaining at a constant distance ш ( about 23°27' ).

4. The celestial pole sometimes comes towards the pole of ecliptic and sometimes away from this, this nodding as it were of the celestial pole is called Nutation. And this cycle is completed after about 18.5966 years. These motions of the earth are basically noticeable.

### New definition of Ecliptic :

The moon and the sun orbit our earth according to a certain plane is called the Ecliptic. The ecliptic is an imaginary circle in which the moon and sun orbit the earth. It is inclined to the plane of the equator at an angle of about 23.44°. The moon is inclined to the plane of the Ecliptic at an angle of about 5.14° and the sun is inclined to the plane of the Ecliptic at an angle of about 1.25° .

#### Revolution period of the moon's Nodes :

The points of intersection of the moon's apparent orbit, with the ecliptic are called moon's Nodes. These are not fixed points but have a retrograde motion along the ecliptic at the rete of about 19° in a year completing a revolution period in about 18.60 years. This is the revolution period of the moon's Nodes.

#### Revolution period of the sun's Nodes :

The points of intersection of the sun's apparent orbit, with the ecliptic are called sun's Nodes. These are not fixed points but have a retrograde motion along the ecliptic at the rete of about 31.61" in a year completing a revolution period in about 41,000 years. This is the revolution period of the sun's Nodes. The two lunar Nodes change the position of each other in ( 18.6 ÷ 2 ) = 9.3 years. It's result we can see moon's orbit inclined changes to the plane of the equator at an angle of about 18.30° to 28.58°. And The two solar Nodes change the position of each other in ( 41,000 ÷ 2 ) = 20,500 years. It's result we can see sun's orbit inclined changes to the plane of the equator at an angle of about 22.1° to 24.5°. This results in massive changes in the monsoon winds every 20,000 years. It is believed that this change in the monsoon winds turned the desert into a reservoir.

#### To determine the period of the moon and the sun, orbiting the earth :

The earth is fixed point in this universe and the stars are also remain in fixed points So the sidereal day is the actual orbital period of the moon and the sun.

Revolution period of the moon is 27.32166 days ( 2360591.5 seconds ) to complete one orbit around the earth.

Revolution period of the sun is 365.256363 days ( 31558149.5 seconds ) to complete one orbit around the earth.

#### Lunar day :

The Lunar day is the earth rotation period relative to the Moon. Here,

M = 2360591.5 seconds or 27d 7hr 43min 11.5sec

E = 86164.0996 seconds Or 23hr 56mi 4.0996sec.

They are concentric and moving in the same direction. Keep, Lunar day Em , So

Em = M×E/(M - E) sec.

= 89428.33 seconds

= 24hr 50min 28.33sec.

So Lunar day is 24 hours 50 minutes and 28.33 sec.

#### Solar day :

The Solar day is the earth rotation period relative to the sun. Here,

S = 31558149.5 seconds

E = 86164.0996 seconds They are concentric and moving in the same direction. Keep, Solar day is Es . so, Es = S×E/(S - E)

= 86400.000 Seconds

So the Solar day is 24 hours only.

#### Arabic lunar month :

The orbit of the moon from the earth, relative to the sun, is called the Arabic lunar month or Synodic month or Lunar month. Keep, revolution period of the moon relative to the sun Ms .

S = 31558149.5 seconds

M = 2360591.5 seconds

They are concentric and moving in the same direction. So,

Ms = S.M/(S - M)

We get from this equation

Ms = 2551442.811 sec. ~ 2551443 seconds. = 29d 12hr 44min 03sec Or 29.53059 days

#### So, one secular Arabic lunar month equals 29.53059 days

## Now I will discuss retrograde motion :

Retrograde motion |

We know that the first point of Aries ( and therefore first point of Libra also ) moves slowly backward ( i.e. ,in the direction opposite to that of the sun's annual motion among the stars ) along the ecliptic. Keep, revolution period of the first point of Aries Or rotation period of the Earth's Pole P .

Revolution period of the Sun is 31558149.5 sec.

The sun moves relative to the First point of Aries Sp .

We know,

Sp = 31556925.9747 sec.

The Sun and First point of Aries are concentric and their motions are opposite to each other. So,

P = S×Sp/(S - Sp)

= 813941638698.0 sec.

= 25792.8 years

So, the First point of Aries moves slowly backward along the ecliptic and it would take about 25,792.8 years to complete one rotation. We call the motion precession of equinoxes. The precessional motion is about ( 360×3600 ÷ 25792.8 ) = 50.24658" per year. This is due to the rotation of the Earth's polar axis.

#### TROPICAL DAY :

= 813941638698.0 sec. And sidereal day Or rotation period of the Earth E

E = P.Ep/(P - Ep)

= 86164.09962 seconds

~ 86164.0996 seconds

Their motions are opposite to each other.

Keep Tropical Day Ep

so, Ep = P×E/(P + E)

We get from this equation

Ep = 86164.09050 sec.

= 23hr 56mi 4.0905 sec.

So the Earth rotates own his axis in 23hr 56mi 4.0905 seconds relative to the First point of ries. We can call it a topical day. So,

#### there are four types of days :

E = 86164.0996 seconds

2. Tropical day : Rotation period of the Earth relative to the First point of Aries.

Ep = 86164.0905 seconds

3. Solar day : Rotation period of the Earth relative to the sun.

Es = 86400 seconds

= 24 Hour

4. Lunar day : Rotation period of the Earth relative to the Moon.

Em = 89428.3386 seconds

= 24hr 50min 28.34 sec.

#### Four kinds of year :

2. Tropical year ( Sp ) - It is the interval between two successive passages of the sun through the First point of Aries that's mean the sun moves relative to the Earth's precession.

P = 813941638698.0 sec.

S = 31558149.5 seconds

Their motions are opposite to each other.

Sp = P×S/(P+S)

= 31556925.9747 sec.

= 365d 5hr 48min 45.9747 seconds

= 365.2421987 days

So Tropical year is about 365.2422 mean solar day.

3. Anomalistic year - It is the interval between two successive passages of the sun through the apogee. Animalistic year is about 365.2596 mean solar days. 4. Nodical year - Revolution period of the sun relative to the Nodes ( Sn) is called Nodical year.

S = 365.256363 days

N = 6792.2755 days

Their motions are opposite to each other.

The Sun moves relative to the Node --- Sn

So, Sn = N×S/(N+S)

We get from this equation

Sn = 346.6169 days

So the Nodical year is in about 346.6169 days.

#### Five kinds of month :

P = 813941638698.0 sec.

M = 2360591.5 seconds

Their motions are opposite to each other. So,

Mp = P×M/(P+M)

= 2360584.65 seconds

= 27.3218 days

3. Anomalistic month - It is the interval between two successive passages of the Moon through the apogee. Animalistic manth is about 27.5546 mean solar days.

4. Nodical month - Revolution period of the Moon relative to the Nodes (Mn) is called Nodical month.

S = 27.3217 days

N = 6792.2755 days

Their motions are opposite to each other.

The Moon moves relative to the Node --- Mn

So, Mn = N×M/(N+M)

We get from this equation

Sn = 27.2122 days

So the Nodical month is in about 27.2122 days.

5. Synodic month : Rotation period of the moon relative to the sun is called the synodic month.

The moon round the Earth once in 2360591.5 sec.

The sun round the Earth once in 31558149.5 sec.

S = 31558149.5 seconds

M = 2360591.5 seconds

Keep, the moon round the Earth, relative to the sun in Ms seconds.

So, the mean length of the Synodic month is 29 days 12 hours 44 minutes 03 seconds

#### Repetition of phases of the moon :

After 235 Arabic lunar months, the moon and sun return to almost the same place in their orbits. And we call this cycle, the metonic cycle.

235 Synodic months

= 235 × 29.53059 days

= 6939.69 days

19 sidereal years

= 19 × 365.2564 days

= 6939.87 days

254 sidereal months is equal to

254 × 27.3217 days

= 6939.71 days

~ 6940 days ~ 19 tropical years.

It fallows that after a period of 6940 days, the sun and the moon will occupy almost exactly the same position relative to the start and phases of the moon repeate ( occur ) again. This period is called Metonic cycle. The repetition of eclipses organized in exactly the same way.

#### repetition of eclipses :

#### Relation between the tropical year and Arabic year :

## The magic of modern gravitational science :

Modern gravitational science |

#### g = G. ( E + m )/R²

**G.(M+m).m/R²**

** ****We will calculate from this equation**

**F = 984873 g.cm/s² Or**

#### F = 98487300 dyne.

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