Geography (Chapter 4) Earth's motion
There are two types of motion of the earth, namely the rotational motion and the rotational motion I.
The rotation of the earth around its axis from west to east is called I.
The Earth revolves around its axis from west to east, orbiting the Sun in a certain orbital orbit, which is called the Earth's orbit.
The rotational motion of the earth is called the aging or daily motion. This rotational motion of the earth makes day and night possible.
Seasonal change is possible as a result of the Earth's orbit
Earth's rotation and its consequences:
It takes about 24 hours or a day for the Earth to rotate around its axis from west to east once.
The spine of the earth is fixed at the time of rotation, so the speed of rotation at the pole is zero.
The speed of the Earth gradually increases from the pole to the Earth's orbit, and its velocity is highest at the Earth's orbit. This speed is 160 km / h.
"Our position is a small point compared to the size of the Earth. We do not know its rotation because this large size of the Earth and all the living and inanimate objects in it revolve in parallel with the atmosphere."
Day and night occur on the surface of the earth in succession I Every day there is sunrise, morning, afternoon, sunset and midnight.
The size of the Sun is 1.3 million times the size of the Earth
The Earth is not directly aligned with its axis ୬୬ 1/2 of slope I.
The circle of light that forms at the junction of the illuminated half of the earth and the dark half is called the circle of light or shadow.
Each of its longitudinal lines (26) and each of its upper positions cross the circle of light twice a day during the rotation of the Earth. I
As the corresponding longitudinal line moves further and further eastward in the rotational order, the day increases gradually over all places above that longitude, and at midday the longitude is directly exposed to the sun.
The time from sunrise to noon is called the morning. From noon the earth moves gradually farther east, resulting in afternoon, evening, midnight, and morning morning over that place.
Earth's orbit and its consequences:
The Earth revolves around its axis from west to east, orbiting the Sun in a certain orbital orbit, which is called the Earth's orbit.
It takes the Earth about 365 1/4 days or a year to orbit the Sun completely.
When calculating a year, we do not take into account 365 days and 1/4 days or about 6 hours for the convenience of accounting. The remaining 6 hours are 24 hours or 1 day every 4 years. It is added in February of that year. As a result, there are 24 days in February of that year. That year is called the Leap year.
The year in which the division is divided into 4 is called the year of division. It occurs once every 6 years. But in the case of each century, this rule does not apply.
As the Earth orbits the Sun from the west to the east, it does not coincide with its axis orbits, forming a 231/2-degree angle at longitude, which means that the Earth's axis orbits with its orbits at a distance of 2 to 2 degrees. The pole is always toward the north pole
We experience four seasons in a year: summer, rain, autumn, winter, winter and spring, but due to the orbit of the earth, there are four seasons, namely, summer, autumn, winter and spring.
Since the Earth's axis is not long with its orbits tilting 91/2 degrees, its north pole is away from the sun while its right pole is away from the sun. Similarly, its right pole is away from the sun when its south pole is facing the sun. Seasonal changes are possible on the Earth's surface
The northern hemisphere experiences summer, the southern hemisphere experiences winter, and the northern hemisphere experiences spring, while the southern hemisphere experiences autumn.
On June 21, the Earth's northern hemisphere orbits the Sun. On this day, the Sun's long rays fall on the 231/2 degree north latitude (Cancer Revolution). This day is called the "Summer Solstice". Because of the distance, there is a low temperature or winter
Due to the fact that the Earth's southern hemisphere is tilting towards the Sun on December 22, the Sun's long rays fall on the 231/2-degree south latitude (Capricorn Revolution) and there is a summer season at this time of year. The winter solstice is in the Northern Hemisphere. winter solstice)
On March 21 and September 23, the sun's rays fall directly on or off the equator. These two days are the same distance from the sun as these two days, so the day and night are the same in these hemispheres.
The distance between the Sun and the Earth is not always the same as the Earth orbits the Sun in an orbital way.
In the first week of January, the Earth is located closer to the Sun. It is called the "Anusur Location."
In the first week of July, the distance between the earth and the sun is the highest, so it is called the "location of the sun."
The distance between the Earth and the Sun is about 14 million kilometers at the time of its location, while it is about 152 million kilometers at the time of its location.
The Sun is located on the Sun Cancer Revolution on June 21 and the Sun on the Capricorn Revolution on December 22 I. From December 22 to June 21, the Sun moves towards the north side of the Sun.It is called the Sun's 'Uttarayan Speed'.
According to the Puranas, Bhishma Deva, the son of the Ganges, fell asleep on the couch in the battle of Mahabharata and waited for the ascension of the sun to die. It is said that the soul of the deceased is healed during this ascension of the sun.
From June 21 to December 22, the Sun moves towards the south side of the Sun.It is called the Sun's 'Dakshinayana Gati'.
Summer is in the northern hemisphere during the rising sun and summer is in the southern hemisphere during the southern hemisphere.
Day and night changes are possible as a result of the Earth's rotational motion, while seasonal changes on the Earth's surface are possible as a result of the Earth's rotational motion.
There are two types of motion of the earth, namely the rotational motion and the rotational motion I.
The rotation of the earth around its axis from west to east is called I.
The Earth revolves around its axis from west to east, orbiting the Sun in a certain orbital orbit, which is called the Earth's orbit.
The rotational motion of the earth is called the aging or daily motion. This rotational motion of the earth makes day and night possible.
Seasonal change is possible as a result of the Earth's orbit
Earth's rotation and its consequences:
It takes about 24 hours or a day for the Earth to rotate around its axis from west to east once.
The spine of the earth is fixed at the time of rotation, so the speed of rotation at the pole is zero.
The speed of the Earth gradually increases from the pole to the Earth's orbit, and its velocity is highest at the Earth's orbit. This speed is 160 km / h.
"Our position is a small point compared to the size of the Earth. We do not know its rotation because this large size of the Earth and all the living and inanimate objects in it revolve in parallel with the atmosphere."
Day and night occur on the surface of the earth in succession I Every day there is sunrise, morning, afternoon, sunset and midnight.
The size of the Sun is 1.3 million times the size of the Earth
The Earth is not directly aligned with its axis ୬୬ 1/2 of slope I.
The circle of light that forms at the junction of the illuminated half of the earth and the dark half is called the circle of light or shadow.
Each of its longitudinal lines (26) and each of its upper positions cross the circle of light twice a day during the rotation of the Earth. I
As the corresponding longitudinal line moves further and further eastward in the rotational order, the day increases gradually over all places above that longitude, and at midday the longitude is directly exposed to the sun.
The time from sunrise to noon is called the morning. From noon the earth moves gradually farther east, resulting in afternoon, evening, midnight, and morning morning over that place.
Earth's orbit and its consequences:
The Earth revolves around its axis from west to east, orbiting the Sun in a certain orbital orbit, which is called the Earth's orbit.
It takes the Earth about 365 1/4 days or a year to orbit the Sun completely.
When calculating a year, we do not take into account 365 days and 1/4 days or about 6 hours for the convenience of accounting. The remaining 6 hours are 24 hours or 1 day every 4 years. It is added in February of that year. As a result, there are 24 days in February of that year. That year is called the Leap year.
The year in which the division is divided into 4 is called the year of division. It occurs once every 6 years. But in the case of each century, this rule does not apply.
As the Earth orbits the Sun from the west to the east, it does not coincide with its axis orbits, forming a 231/2-degree angle at longitude, which means that the Earth's axis orbits with its orbits at a distance of 2 to 2 degrees. The pole is always toward the north pole
We experience four seasons in a year: summer, rain, autumn, winter, winter and spring, but due to the orbit of the earth, there are four seasons, namely, summer, autumn, winter and spring.
Since the Earth's axis is not long with its orbits tilting 91/2 degrees, its north pole is away from the sun while its right pole is away from the sun. Similarly, its right pole is away from the sun when its south pole is facing the sun. Seasonal changes are possible on the Earth's surface
The northern hemisphere experiences summer, the southern hemisphere experiences winter, and the northern hemisphere experiences spring, while the southern hemisphere experiences autumn.
On June 21, the Earth's northern hemisphere orbits the Sun. On this day, the Sun's long rays fall on the 231/2 degree north latitude (Cancer Revolution). This day is called the "Summer Solstice". Because of the distance, there is a low temperature or winter
Due to the fact that the Earth's southern hemisphere is tilting towards the Sun on December 22, the Sun's long rays fall on the 231/2-degree south latitude (Capricorn Revolution) and there is a summer season at this time of year. The winter solstice is in the Northern Hemisphere. winter solstice)
On March 21 and September 23, the sun's rays fall directly on or off the equator. These two days are the same distance from the sun as these two days, so the day and night are the same in these hemispheres.
The distance between the Sun and the Earth is not always the same as the Earth orbits the Sun in an orbital way.
In the first week of January, the Earth is located closer to the Sun. It is called the "Anusur Location."
In the first week of July, the distance between the earth and the sun is the highest, so it is called the "location of the sun."
The distance between the Earth and the Sun is about 14 million kilometers at the time of its location, while it is about 152 million kilometers at the time of its location.
The Sun is located on the Sun Cancer Revolution on June 21 and the Sun on the Capricorn Revolution on December 22 I. From December 22 to June 21, the Sun moves towards the north side of the Sun.It is called the Sun's 'Uttarayan Speed'.
According to the Puranas, Bhishma Deva, the son of the Ganges, fell asleep on the couch in the battle of Mahabharata and waited for the ascension of the sun to die. It is said that the soul of the deceased is healed during this ascension of the sun.
From June 21 to December 22, the Sun moves towards the south side of the Sun.It is called the Sun's 'Dakshinayana Gati'.
Summer is in the northern hemisphere during the rising sun and summer is in the southern hemisphere during the southern hemisphere.
Day and night changes are possible as a result of the Earth's rotational motion, while seasonal changes on the Earth's surface are possible as a result of the Earth's rotational motion.
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