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- hummm awesome question
1.When did George Everest named mountain as Mount Everest?
Ans: 1865 A.Dhummm awesome question 1.When did George Everest named mountain as Mount Everest? Ans: 1865 A.D - Mount Everest is highest peak in the whole world which was name Sagarmatha in 2013 B.S (1956 A.D) by Historian Baburam Acharya.another person Micheal Kerg named Mt.Everest as third pole. there are about 28 mountains in Nepal and about 18 Sub mountain ranges.its was 1949 AD when people first started premittng in Nepal but the first mountain which was attmepted is Mt.arnapurna in 1950 ADMount Everest is highest peak in the whole world which was name Sagarmatha in 2013 B.S (1956 A.D) by Historian Baburam Acharya.another person Micheal Kerg named Mt.Everest as third pole. there are about 28 mountains in Nepal and about 18 Sub mountain ranges.its was 1949 AD when people first started premittng in Nepal but the first mountain which was attmepted is Mt.arnapurna in 1950 AD
- Types of Mountain
Fold Mountain
Block Mountain
Volcanic Mountain
Residual MountainTypes of Mountain Fold Mountain Block Mountain Volcanic Mountain Residual Mountain0 Comments 0 Shares 1 Views 0 Reviews - Mountains of Nepal above 8000 m. height
S.N
Mountains
Height
District
1.
Sagarmatha (Mt. Everest)
8,848 m.
Solukhumbu
2.
Kanchanjunga
8,586 m.
Taplejung
3.
Lothse
8,516 m.
Solukhumbu
4.
Makalu
8,462 m.
Shankuwasava
5.
Chyou
8,201 m.
Solukhumbu
6.
Dhawalagiri
8,167 m.
Myagdi, Mustang
7.
Manaslu
8,163 m.
Gorkha
8.
Annapurna
8,091 m.
KaskiMountains of Nepal above 8000 m. height S.N Mountains Height District 1. Sagarmatha (Mt. Everest) 8,848 m. Solukhumbu 2. Kanchanjunga 8,586 m. Taplejung 3. Lothse 8,516 m. Solukhumbu 4. Makalu 8,462 m. Shankuwasava 5. Chyou 8,201 m. Solukhumbu 6. Dhawalagiri 8,167 m. Myagdi, Mustang 7. Manaslu 8,163 m. Gorkha 8. Annapurna 8,091 m. Kaski - Mountains of Nepal (7000 m. above)
S.N
Mountains
Height
District/Zone
1.
Annapurna-II
7,937 m.
Lamjung
2.
Gayachangkang
7,922 m.
Solukhumbu
3.
Himal Chuli
7,895 m.
Gorkha
4.
Junu Mountain
7,715 m.
Taplejung
5.
Dhawalagiri- II
7,715 m.
Dhawalagiri
6.
Dhawalagiri- III
7,715 m.
Dhawalagiri
7.
Makalu- II
7,687 m.
Koshi
8.
Nilgiri North
7,061 m.
Dhawalagiri
9.
Ganesh – IV
7,052 m.
Bagmati
10.
Shaipal
7,036 m.
Bhajang
11.
Kanjirowa
7,045 m.
Mugu
12.
Api Mountain
7,134 m.
DarchulaMountains of Nepal (7000 m. above) S.N Mountains Height District/Zone 1. Annapurna-II 7,937 m. Lamjung 2. Gayachangkang 7,922 m. Solukhumbu 3. Himal Chuli 7,895 m. Gorkha 4. Junu Mountain 7,715 m. Taplejung 5. Dhawalagiri- II 7,715 m. Dhawalagiri 6. Dhawalagiri- III 7,715 m. Dhawalagiri 7. Makalu- II 7,687 m. Koshi 8. Nilgiri North 7,061 m. Dhawalagiri 9. Ganesh – IV 7,052 m. Bagmati 10. Shaipal 7,036 m. Bhajang 11. Kanjirowa 7,045 m. Mugu 12. Api Mountain 7,134 m. Darchula - The history of Earth concerns the development of planet Earth from its formation to the present day. ... Earth formed around 4.54 billion years ago, approximately one-third the age of the universe, by accretion from the solar nebula.The history of Earth concerns the development of planet Earth from its formation to the present day. ... Earth formed around 4.54 billion years ago, approximately one-third the age of the universe, by accretion from the solar nebula.0 Comments 0 Shares 5 Views 0 Reviews
- History of Earth
The history of Earth covers approximately 4 billion years (4,567,000,000 years), from Earth’s formation out of the solar nebula to the present.History of Earth The history of Earth covers approximately 4 billion years (4,567,000,000 years), from Earth’s formation out of the solar nebula to the present.0 Comments 0 Shares 4 Views 0 Reviews - Earth formed as part of the birth of the solar system: what eventually became the solar system initially existed as a large, rotating cloud of dust and gas.
It was composed of hydrogen and helium produced in the Big Bang, as well as heavier elements produced by stars long gone.Earth formed as part of the birth of the solar system: what eventually became the solar system initially existed as a large, rotating cloud of dust and gas. It was composed of hydrogen and helium produced in the Big Bang, as well as heavier elements produced by stars long gone.0 Comments 0 Shares 6 Views 0 Reviews - jai nepal jai gorkhajai nepal jai gorkha0 Comments 0 Shares 3 Views 0 Reviews
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- The Birth Of The Planet
Earth grew from a cloud of dust and rocks surrounding the young Sun. Earth formed when some of these rocks collided. Eventually they were massive enough to attract other rocks with the force of gravity, and vacuumed up all the nearby junk, becoming the Earth. The Moon probably formed soon after, when a planet-sized chunk of rock smashed into the Earth and threw up a huge cloud of debris. This condensed into the Moon.The Birth Of The Planet Earth grew from a cloud of dust and rocks surrounding the young Sun. Earth formed when some of these rocks collided. Eventually they were massive enough to attract other rocks with the force of gravity, and vacuumed up all the nearby junk, becoming the Earth. The Moon probably formed soon after, when a planet-sized chunk of rock smashed into the Earth and threw up a huge cloud of debris. This condensed into the Moon.0 Comments 0 Shares 5 Views 0 Reviews - The Birth Of Life On This Planet
Nobody knows exactly when life began. The oldest confirmed fossils, of single-celled microorganisms, are 3.5 billion years old. Life may have begun a bit earlier than that, but probably not while huge rocks were still raining down on Earth. Life may have begun in warm alkaline vents on the seabed, or in open water, or on land. We don't know, and we don't know what the first organisms were like.The Birth Of Life On This Planet Nobody knows exactly when life began. The oldest confirmed fossils, of single-celled microorganisms, are 3.5 billion years old. Life may have begun a bit earlier than that, but probably not while huge rocks were still raining down on Earth. Life may have begun in warm alkaline vents on the seabed, or in open water, or on land. We don't know, and we don't know what the first organisms were like.0 Comments 0 Shares 6 Views 0 Reviews - 0 Comments 0 Shares 5 Views 0 Reviews
- Harnessing sunlight for life
All life needs energy to survive, and the biggest source of energy for life on Earth is the Sun. Some of the early microorganisms evolved a way to use the energy from sunlight to make sugars out of simpler molecules. This process is called photosynthesis. But unlike green plants today, the first photosynthesising organisms did not release oxygen as a waste product, so there was no oxygen in the air.Harnessing sunlight for life All life needs energy to survive, and the biggest source of energy for life on Earth is the Sun. Some of the early microorganisms evolved a way to use the energy from sunlight to make sugars out of simpler molecules. This process is called photosynthesis. But unlike green plants today, the first photosynthesising organisms did not release oxygen as a waste product, so there was no oxygen in the air.0 Comments 0 Shares 4 Views 0 Reviews - The Plate Tectonics
Today, Earth's surface is divided into a few dozen plates of rock, one of which sometimes ploughs under another to be destroyed in the planet's molten heart. This process, called plate tectonics, is thought to have begun around 3 billion years ago. Only when plate tectonics had come into operation could the first continent, nicknamed 'Ur', come into being.The Plate Tectonics Today, Earth's surface is divided into a few dozen plates of rock, one of which sometimes ploughs under another to be destroyed in the planet's molten heart. This process, called plate tectonics, is thought to have begun around 3 billion years ago. Only when plate tectonics had come into operation could the first continent, nicknamed 'Ur', come into being.0 Comments 0 Shares 7 Views 0 Reviews