Which describes how the islands of Hawaii were formed?(1 point)
Responses
Older and bigger islands collides after volcanic eruptions which creates new islands.
Older and bigger islands collides after volcanic eruptions which creates new islands.
The Pacific plates move and later join together to form the islands.
The Pacific plates move and later join together to form the islands.
The islands sit on hotspots that form volcanoes which then break the ocean surface.
The islands sit on hotspots that form volcanoes which then break the ocean surface.
The hotspot switch places which intensifies movement of plates.
9 answers
The islands sit on hotspots that form volcanoes which then break the ocean surface.
What are the Palisades?(1 point)
Responses
a group of geysers formed after a volcanic eruption
a group of geysers formed after a volcanic eruption
a line of cliffs formed from eroded volcanic rock
a line of cliffs formed from eroded volcanic rock
a set of islands formed through a hot spot
a set of islands formed through a hot spot
a series of lakes formed after the collapse of a volcano
Responses
a group of geysers formed after a volcanic eruption
a group of geysers formed after a volcanic eruption
a line of cliffs formed from eroded volcanic rock
a line of cliffs formed from eroded volcanic rock
a set of islands formed through a hot spot
a set of islands formed through a hot spot
a series of lakes formed after the collapse of a volcano
a line of cliffs formed from eroded volcanic rock
Which describes how the islands of Hawaii were formed?(1 point)
Responses
The islands sit on hotspots that form volcanoes which then break the ocean surface.
The islands sit on hotspots that form volcanoes which then break the ocean surface.
Older and bigger islands collides after volcanic eruptions which creates new islands.
Older and bigger islands collides after volcanic eruptions which creates new islands.
The Pacific plates move and later join together to form the islands.
The Pacific plates move and later join together to form the islands.
The hotspot switch places which intensifies movement of plates.
Responses
The islands sit on hotspots that form volcanoes which then break the ocean surface.
The islands sit on hotspots that form volcanoes which then break the ocean surface.
Older and bigger islands collides after volcanic eruptions which creates new islands.
Older and bigger islands collides after volcanic eruptions which creates new islands.
The Pacific plates move and later join together to form the islands.
The Pacific plates move and later join together to form the islands.
The hotspot switch places which intensifies movement of plates.
The islands sit on hotspots that form volcanoes which then break the ocean surface.
Which best describes how volcanoes change the Earth’s surface?(1 point)
Volcanoes change the Earth's surface by erupting and releasing lava, ash, and gases. The lava flows and solidifies, creating new landforms such as mountains, plateaus, and islands. Ash and other volcanic materials can also cover the land, altering the landscape and affecting ecosystems. Volcanic eruptions can also lead to the formation of calderas, craters, and volcanic cones. Furthermore, volcanic activity can contribute to the deposition of minerals and nutrients in the soil, making it fertile for vegetation growth.
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Volcanoes provide new habitat for species on Earth.
Volcanoes provide new habitat for species on Earth.
Volcanoes create new landmasses on the surface.
Volcanoes create new landmasses on the surface.
Volcanoes alter the gases available in the atmosphere slowly.
Volcanoes alter the gases available in the atmosphere slowly.
Volcanoes increase the temperature of the atmosphere every year.
Volcanoes provide new habitat for species on Earth.
Volcanoes provide new habitat for species on Earth.
Volcanoes create new landmasses on the surface.
Volcanoes create new landmasses on the surface.
Volcanoes alter the gases available in the atmosphere slowly.
Volcanoes alter the gases available in the atmosphere slowly.
Volcanoes increase the temperature of the atmosphere every year.
Volcanoes create new landmasses on the surface.
1 answer