In the middle of the ocean where it's red is the newest rock's and the blue on the outside of the map is the oldest kinds of rock. because when they spred appart they left rock in-between where they broke apart. from the vents
The red areas on both of the maps are the newest rock and the blue is the oldest rock, the rest of the colors go in order, the closer they are to red the newer they are and the closer they are to blue they are older.
I would interpret how old a rock is by looking at the colors at the map. The blue colors are oldest and the red are youngest. The newly formed rock would be where the plates meet.
The data can be interpreted by color. The red is the newest the blue is the oldest. The newly formed rock would be found near the edges of the tectonic plates.
this is a map of the ocean floor showing how old it is the red areas are the newly formed rock because red shows heat and blue is old rock it is cooled and hard.
You would interpret the data as the red areas would be the newest rocks and the blue would be the oldest.
ReplyDeleteIn the middle of the ocean where it's red is the newest rock's and the blue on the outside of the map is the oldest kinds of rock. because when they spred appart they left rock in-between where they broke apart. from the vents
ReplyDeleteYou could intrpert this data by sorting it by color by starting at red, the youngest, and blue, the oldest.
ReplyDeleteThe red would show the youngest rock and the blue would show the oldest rock.
ReplyDeleteYou would interpret the data the read places are the newest rocks and the blue places are the oldest rocks.
ReplyDeletered is hot green is normal and blue is cold
ReplyDeleteIn the red you would find the newest rock.
ReplyDeleteIn the red area on the map are the newly formed rock and the blue area is the older rocks
ReplyDeleteThe red areas are the newest rocks and the blue rocks are the oldest.
ReplyDeleteIf you intrpret the data by the color of the ocean weather it is hot or cold.
ReplyDeleteRed is the youngest and blue is the oldest Thats how you interpret the data
ReplyDeleteYou could interpret the data by looking at the scale and the colors to find out the red rocks are the youngest and the blue rocks are the oldest.
ReplyDeleteRed areas are hot, fresh and new rocks. The blue areas are old and cold rocks.
ReplyDeleteYou can interpret the data by red being the youngest rock, and blue being the oldest.
ReplyDeleteYou could intrpert this data by sorting it by color by starting at red, the youngest, and blue, the oldest.
ReplyDeleteThe red areas on both of the maps are the newest rock and the blue is the oldest rock, the rest of the colors go in order, the closer they are to red the newer they are and the closer they are to blue they are older.
ReplyDeleteYou can integrate it so that the blue is the oldest and red is the youngest, and the borders of the tectonic plates are around the youngest rock.
ReplyDeleteI would interpret the data by knowing red is the newest and blue is the oldest.
ReplyDeleteYou can interpret the data by the red rocks are the youngest and the blue rocks are the older ones.
ReplyDeleteWhen interpreting the data the red represents the youngest rock. The blue represents the oldest rock
ReplyDeleteI would interpret the data by knowing red is the newest and blue is the oldest.
ReplyDeletered is hot green is normal and blue is cold i think not 100% sure though
ReplyDeleteI would first interpret the rock's ages with colors. It would go from red, orange, yellow, yellow-green, ice blue and then dark blue.
ReplyDeletered is newest and blue is oldest
ReplyDeleteI would interpret how old a rock is by looking at the colors at the map. The blue colors are oldest and the red are youngest. The newly formed rock would be where the plates meet.
ReplyDeleteThe red means that the rocks newer and the blue means that the rock s are old.
ReplyDeleteThe way I would interpret the data on the map is I can see that red is the newest rock and the dark blue is the oldest rock.
ReplyDeleteits scaled by color the new rocks are red and old rocks are blue.
ReplyDeleteIn the red area on the map are the newly formed rock and the blue area is the older rocks
ReplyDeleteby colors and high and low numbers on the side.the numbers means how old the rock are.
ReplyDeletered mean the oldest and it keeps going lower.
ReplyDeleteby the colors and red is newest the and the blue are here for a few million years.
ReplyDeleteThe newly formed rock would be found maybe in the red part of the sea rocks. The blur is the oldest sea rocks.
ReplyDelete
ReplyDeleteRed areas are hot, fresh and new rocks. The blue areas are old and cold rocks.
red is new blue is old rocks on the sea floor
ReplyDeleteYou would interpret the map as the red being new rock, and blue being old.
ReplyDeleteI know that red means new rock and blue is old rock.
ReplyDeletethe red rocks are the newer ones and the blues are the oldest. the new ones are found near wear volacnos and tectonic plates.
ReplyDeleteThe red represent the youngest rock and the blue represent old rocks. In the red newly formed rock can be found.
ReplyDeleteyou can interpret from this data is how old the rocks are on the ocean floor. and the newer rock is to the center of were the plates meet.
ReplyDeleteThe red rock is new rock and blue is old rock
ReplyDeletethe newly formed rocks would be found in red
ReplyDeletethe red areas
ReplyDeleteThe newest rock would be found where the red is. This is at the center of the ocean.
ReplyDeleteThe red area is newer rocks and the blue represents the old rocks.
ReplyDeletewith the colors on the map and the numbers on the side. in the different colors.
ReplyDeleteThe data can be interpreted by color. The red is the newest the blue is the oldest. The newly formed rock would be found near the edges of the tectonic plates.
ReplyDeleteYou would interpret the data by colors, red the youngest and blue the oldest.
ReplyDeletethe color scale
ReplyDeleteYou would interpret the data by the red rocks being the youngest and the blue rocks being the oldest.
ReplyDeletethe new rock would be in red and you can interpret were the old rocks are on the ocean floor
ReplyDeleteYou can interpret from this data that the red areas is the newly formed rock.
ReplyDeleteYou could interpret from this data on how old a rock is. The newely formed rock would be found in the red areas.
ReplyDeleteThe rocks that are red are the newest. (The colors also represent temperatures.) The newer rocks on the the red areas (in the middle).
ReplyDeletethis is a map of the ocean floor showing how old it is the red areas are the newly formed rock because red shows heat and blue is old rock it is cooled and hard.
ReplyDeleteRed would be the newest formed rock and blue is the older rocks. The red is where the lava is coming out of the volcano.
ReplyDeletethe newer rocks are at the center if where the plates meet and the older rocks are just at the ocean floor.
ReplyDeleteRed new Blue new
ReplyDeleteIt can show how low the seafloor has gotten older and deeper.
ReplyDeleteYou would interpret the data as the red areas would be the newest rocks and the blue would be the oldest.
ReplyDelete
ReplyDeleteI would interpret the data by knowing red is the newest and blue is the oldest.
interpute the data
ReplyDeletered is the newest rocks and blue is the older rocks
ReplyDeleteYou would interpret the data as the red areas would be the newest rocks and the blue would be the oldest rocks.
ReplyDeletered new, blue old
ReplyDeleteI would interpret the data by knowing that blue is the oldest rock, and red is the newest rock.
ReplyDeletehey
ReplyDeleteI would interpret the data by knowing red is the newest and blue is the oldest.
ReplyDeleteI would interpret the data by knowing red is the newest rock and blue is actually the oldest rock.
ReplyDeleteThe red would be the newest rock and blue would be the oldest rock.
ReplyDeleteI would interpret the data by sorting the new rocks and the old rocks. The new rocks are in the red area.
ReplyDeletethe red is representing younger rocks and the blue represents older rocks.
ReplyDeleteRed means the rock is young.
ReplyDeletethe red part of the map
ReplyDeletethe red/orange/yellow part of the map shows young rock and the green/blue part shows older rock.
ReplyDelete