Lets pretend that the Earth is a perfect sphere. Surface area of a sphere = 4(pi)(radius)^2. The radius of earth is 6378.1 km. Plug that into your equation and you'll get your answer.
Total surface area of a cylinder in square units = (2*pi*radius2)+(2*pi*radius*height)
Surface Area
surface area
Form a net of the Toblerone and work out the area of each individual part of it and then add up the parts together to find its entire surface area
Yes, LxW=Area. For Surface Area, add up the area of all the sides
Yes, erosion in one area can help build up the earth's surface in another area.
The US takes up approximately 1.927% of Earth's total surface area and 6.598% of Earth's land area. (The original respondant apparently had trouble with the difference between percentages & ratios)
A large tall rocky area of land that protrudes from the earth's surface is a mountain. Mountains are formed by the bending and buckling of the rock under the land.
A large tall rocky area of land that protrudes from the earth's surface is a mountain. Mountains are formed by the bending and buckling of the rock under the land.
A large tall rocky area of land that protrudes from the earth's surface is a mountain. Mountains are formed by the bending and buckling of the rock under the land.
About 33% of the land surface on the earth is desert or steppe. Oceans make up 71% of the earth's area.
Total surface area of a cylinder in square units = (2*pi*radius2)+(2*pi*radius*height)
A large tall rocky area of land that protrudes from the earth's surface is a mountain. Mountains are formed by the bending and buckling of the rock under the land.
A large tall rocky area of land that protrudes from the earth's surface is a mountain. Mountains are formed by the bending and buckling of the rock under the land.
Asia takes up 8.6% of Earth's total land area.
During a volcano eruption, theheat energy is transferred through lava to the surface of Earth. The magma may come up to the surface as magma bringing heat energy to the surface.
What materials make up the earth's surface?