Earth's Internal Structure and Different Landforms

1234567891011121314151617181920
Across
  1. 2. Is the study of the current terrain features of a region and the graphic representation of a particular landform on a map.
  2. 4. Elevated portions of lands smaller than mountains
  3. 5. is the scientific study of landforms and the processes that shape them.
  4. 9. Almost similar to mesa as it has a flat-topped hill and steep sides and are formed in arid to semi-aride conditions.
  5. 10. Deep ravine between cliffs that is often carved from the landscape by a river, wind, or glacier.
  6. 11. Are landforms that are controlled by geological processes that form them and continually act on them after their formation.
  7. 13. is typically a low-lying triangular area located at the mouth of rivers where it meets an ocean seas, or estuaries.
  8. 16. also called byland or biland, is a piece of land that projects into a body of water and is connected to the mainland by an isthmus.
  9. 17. Last and innermost layer which is separated into the liquid outer core and the solid inner core.
  10. 18. Are defined as the natural phyisical features on the surface of Earth.
  11. 20. are flat and broad land areas that have no great changes in elevation when measured with reference to the mean sea level.
Down
  1. 1. Land situated between hills or mountains
  2. 3. Study of the flow of matter
  3. 6. is outer solid part of the planet include Earth's crust as well as the underlying cool, dense and rigid upper part of the upper mantle.
  4. 7. also known as table lands or flat-topped mountains, are portion of lands elevated thousands of feet above their surroundings.
  5. 8. is a bend in a sinuous watercourse of river. It is formed when moving water in a stream erodes the out banks then widens its valley.
  6. 12. outermost layer of Eath. Thinnest layer because it only makes up about one percent of Earth.
  7. 14. Are mounds or small hills made up of sand. May be dome-shaped, crescent-shaped, star-shaped, linear-shaped, or parabolic.
  8. 15. largest layer of Earth. Composed of iron, aluminum, calcium, magnesium, silicon, and oxygen.
  9. 19. It is the effect due to convection by heat radiating from the core together with the rotation of Earth on its axis, the liquid iron moves in a rotational pattern which is believed to be the source of magnetic field of the Earth.