early observers thought continents

1. early observers thought continents

Answer:

pa help sa question nakin po

2. early observers thought continents might have been joined based on what observation

Answer:

COASTLINE

Explanation:

It was early observers that time. Alfred Wegener's evidences includes geological fit and fossil evidence.

3. early observers thought continents might have been joined based on what observation

Answer:

Coastline

Explanation:

Bacause continents can ony be considered as one if it has 1 coastline.

4. What do the glossopteris tell us about the early positions of the continents?

Since it is impossible for Glossopteris fossils found in different regions or continents to be blown by the wind or carried by ocean waves, the only possibility is that these regions were once connected

5. what do the glossopteris tell us about the early position of continent?

 Since it is impossible for Glossopteris fossils found in different regions or continents to be blown by the wind or carried by ocean waves, the only possibility is that these regions were once connected

6. what glossopteris fossils tell us about the early positions of the continent?

The glossopteris fossils tell us that the early positions of the continents were once combined or amalgamated into a supercontinent---the Pangea. The Glossopteridales turn out in the Southern Hemisphere around 298.9 million years ago, the beginning of the Permian Period. The flora, glossopteris  of the south grew in a cold, wet climate, while that of the north existed under warm conditions. Based on the sheer number of leaf fossils found and the fact that the plants grew in a temperate climate at middle to high latitudes, therefore, the continent before has a temperate climate, wet to warm climate.

7. what does the glossopteris fossils tell about the early positions of continent?

Since it is impossible for Glossopteris fossils found in different regions or continents to be blown by the wind or carried by ocean waves, the only possibility is that these regions were once connected

8. what glossopteris tells about the early positions of the continents?

it is a seed or a plant and it can be only found in 4 continents and that continents are near to each other so this tell us that the continents are from the supercontinent pangaea because plants cannot travel a miles away

9. what do the glossopteris fossils tell about the early positions of the continents

7 continent
Antarctica
India
north america
south america
Europe Asia
Australia
africa

10. What do the glossopteris tellsus about the early position of the continents?

since it is impossible for glossopteris fossils found in different regions or continents to be blown by the wind or carried by ocean waves, the only possibility is that these regions were once connected.

11. what do the Glosspteris tell us about the early position of the continents?​

Question

What do the Glosspteris tell us about the early position of the continents?

Answer

The discovery of Glossopteris fossils proves that the continents were once connected. Finding Glossopteris fossils in Antarctica would mean that its climate was tropical to subtropical at one time

The Glossopteris fossils are the most abundant resources which tells more about the super continent.

Explanation

It is believed that this woody plants fossils could be found in every continent as the research records claims that once they used to live on the entire Pangea before continental drift.

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12. what do the glodsopteris fossils tells about the early positions of the continents?

It is hard to explain cause not many is found at different regions so the only one im sure is that the continents were once connected

13. what do the glossopteris tell us about early positions of the continents?

Glossopteris, the genus from which the group gets its name, is also the largest and best-known member of the Glossopteridales. More than 70 species of this genus have been recognized in India alone, with additional species from South America, Australia, Africa, and Antarctica. Only a few fossils from the northern hemisphere have been considered as members of this group, but these are not identified with great certainty.

14. What do the glossopteris fossil about the early position of the continent?

 Since it is impossible for Glossopteris fossils found in different regions or continents to be blown by the wind or carried by ocean waves, the only possibility is that these regions were once connected

15. Early observers thought continents might have been joined based on what observation? A.rock & fossils B.earthquake C.magnetism D.coastline

Answer:

Jigsaw Fit of the Continents

Early observers thought that the continents might have been joined based on the observation that their coastlines look similar, so the answer is letter D.

Explanation:

One of the evidence pointed out by Alfred Wegener when he first presented his continental drift theory is that the coastlines of South America and Africa are similar. He said that these two continents were once connected, and because of a force, it separated.

In addition, the fossils that are found in the southern hemisphere were all similar. The only reason why the theory of Alfred Wegener did not push through is because he cannot pinpoint the exact mechanism which moved the continents. Decades later, this mechanism will be identified as the convection current, through the discovery of seafloor spreading.

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16. what continents grew on early earth from collisions of very small continents​

Answer:

Precambrian Continents

Explanation:

Answer:

precambian continents Lang ang Alam

17. what do glossopteris tells us about the early position of the continents?

Glossopteris is the most common genus of an extinct family of seed-bearing (flowerless) plant called Glossopteridales which means 'tongue fern,' because the shape and form of its leaves looks like tongues. The discovery of glossopteris fossils tell us that there was once a super continent named Pangaea before it broke into different continents that we have today such as Asia, Europe, Russia, Africa , North America, South America and Antarctica.

18. Many early mapmakers thought Earth’s continents had moved based on ____. a. plate boundary locations b. climatic data c. fossil evidence d. matching coastlines

Many early mapmakers thought Earth’s continents had moved based on (d.) matching coastlines.Explanation:

Many early mapmakers thought Earth’s continents had moved based on matching coastlines.

It is because they thought that the land mass before was joined. And they called it Pangea, so because of that theory early mapmakers thought that Earth's continents had moved based on matching coastline.

19. Describe how the early continents came together

Answer:

At first, super-heated gases were able to escape into outer space, but as the Earth cooled, they were held by gravity to form the early atmosphere. ... About 250-million years ago, long, long after the Earth had formed, all the continents of the time had joined together to form a super-continent called Pangaea.

20. early observers thought continents might have been joined based on what observation?A.rock & fossilsB.earthquakeC.magnetismD.coastline

Answer:

D. Coastline

Explanation:

based on the reading material

21. early observers thought continents might have been joined bases on what observation​

Answer:

fossil records

Explanation:

yun lang alam ko sana makatulong

22. What to do the Glossopteris fossils tell us about the early position of the continents? Science Drifted super continent

Since it is impossible for Glossopteris fossils found in different
regions or continents to be blown by the wind or carried by ocean waves,
the only possibility is that these regions were once connected. Super continent



^_^

23. early observers thought continents may have been joined based on what observations

Answer:

asan po ang pic pake lagay po ng pic

Answer:

eto

Explanation:

yan ba?.pa brainliest nmn ohh

24. early observers thought continents may have been joined based on what observation?

Answer:

Jigsaw Fit of the Continents

Early observers thought that the continents might have been joined based on the observation that their coastlines look similar

Explanation:

One of the evidence pointed out by Alfred Wegener when he first presented his continental drift theory is that the coastlines of South America and Africa are similar. He said that these two continents were once connected, and because of a force, it separated.

In addition, the fossils that are found in the southern hemisphere were all similar. The only reason why the theory of Alfred Wegener did not push through is because he cannot pinpoint the exact mechanism which moved the continents. Decades later, this mechanism will be identified as the convection current, through the discovery of seafloor spreading.

25. Based on the location of Glossopteris, what is the early position of the continents in the past?

Answer:

Glossopteris fossils were found in Antarctica, these fossils suggest that the continent had a tropical climate because Antarctica was not in its current position long time ago.

26. early observers thought continents may have been joined based on what observation?A. earthquakesB. rocks and fossilsC. magnetismD. coastline​

Answer:

d. coastline

Explanation:

27. what do the glossopteris fossils tell about the early position of the continents?

     The flora, glossopteris  of the south grew in a cold, wet climate, while that of the north existed under warm conditions. Based on the sheer number of leaf fossils found and the fact that the plants grew in a temperate climate at middle to high latitudes, therefore, the continent before has a temperate climate, wet to warm climate. The glossopteris fossils tell us that the early positions of the continents were once combined or amalgamated into a super continent---the Pangaea. The Glossopteridales turn out in the Southern Hemisphere around 298.9 million years ago, the beginning of the Permian Period.

28. What do glossopteris tell us about the early position of the continents?

The discovery of glossopteris fossils tell us that there was once a supercontinent named Pangaea before it broke into different continents that we have today such as Asia, Europe, Russia, Africa , North America, South America and Antarctica.

29. alfred wegener thought that all continents were once connected explain one observation that led him to this idea​

Answer:

Continental Drift Theory

Explanation:

Since he noticed that the landmass can be connected together as one

Answer:

its true

Explanation:

it used to be pangea until it drifted apart he probably smart

30. What do the fossils tell us about the early position of the continents

Answer:

Glossopteris fossils tell us that the continents especially Southern Africa, Australia, India and Antarctica which are now separated by wide oceans were once connected because the large seeds of this plant could not possibly travel a long journey by the wind or survive a rough ride through ocean waves

Answer:

Glossopteris fossils tell us that the continents especially Southern Africa, Australia, India and Antarctica which are now separated by wide oceans were once connected because the large seeds of this plant could not possibly travel a long journey by the wind or survive a rough ride through ocean waves.