To calculate the distance a horizontal line will depart from the Earth's surface due to its curvature, you can use the formula:
d = R(1 - cos(Θ))
Where:
Given a radius of Earth of approximately 6371 km, and a distance of 2 km, the departure would be approximately 0.00063 km or 0.63 meters.
There are almost no extrusive rocks on the earths surface because they are all under the earths surface. They are mainly lower than the earths surface.
Their evidence comes from rocks at earths surface.
is mount novarupta responsible for any of earths surface changes
Molton rock that flows from a volcano onto Earths surface is
Many minerals occur naturally on the earths surface in rock form
updraught
Horizontal
The angular distance of the horizon below the plane of observation caused by the curvature of the Earth's surface is called the dip angle.
No, it is too far away and hidden by the curvature of the Earths surface, you can not even see the neighboring Islands of Rodriguez or Reunion.
False. Consider a car moving on the road, along the earth's surface. That is considered to be Vx or Horizontal motion or velocity. If the car were to move perpendicular to the earth's surface that would be Vy or Vertical motion and velocity.
100
70% or 80% of water covers the earths surface
No the crust covers earths surface
to draw the earths surface.
There are almost no extrusive rocks on the earths surface because they are all under the earths surface. They are mainly lower than the earths surface.
The tectonic plates below earths surface shape earths landforms
Waves with very low frequencies can follow the earth's surface due to a phenomenon known as ground wave propagation. These waves propagate along the surface, interacting with the terrain and following the curvature of the earth. This allows for long-distance communication at low frequencies.