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How did energy from the Sun become stored in coal?
The energy from the Sun is stored in coal through a process called photosynthesis. During photosynthesis, plants use sunlight to convert carbon dioxide and water into organic matter. Over millions of years, this organic matter gets compressed and buried underground, eventually forming coal deposits.
Explain briefly how the sunshine duration is measured?
Sunshine duration is typically measured using a device called a sunshine recorder, which consists of a glass sphere that focuses sunlight onto a piece of paper. The recorder marks the duration of sunshine each day by burning a trace onto the paper. The length and intensity of the burn mark correspond to the amount of sunshine received.
How sun is ultimate source of energy source for coal?
We are pretty sure that coal formed from layers of plant matter accumulating at the bottom of a body of water, then being deeply buried under sediment and rock and eventually compressed and transformed by the heat and pressure into coal. The plants that eventually became coal derived their energy from the sun while they were living - just as plants do now - so the sun is the original source of the energy you get from coal.
Can the energy in coal be traced to the sun?
Yes, the energy in coal can be traced back to the sun. Coal is formed from the remains of ancient plants that photosynthesized and captured sunlight millions of years ago. Over time, these organic materials were buried, subjected to heat and pressure, and transformed into coal, storing the solar energy initially captured by those plants. Thus, the energy contained in coal is ultimately derived from solar energy.
Explain how coal is a store of solar energy?
Coal is composed of old plant material that was chemically altered over the course of millions of years. The coal contains energy from sunlight that the plants captured and stored via photosynthesis.
What is alayer of coal under the gound called?
A layer of coal underground is called a coal seam. This seam is a continuous layer or sheet of coal that is buried beneath the surface of the Earth.
What are coal deposits called?
Coal deposits are commonly referred to as coal seams or coal beds. These are layers of coal that are found buried beneath the Earth's surface.
What are organic rocks called from the remains of swamp plants buried in water?
Coal is an organic rock that is composed of vegetation that may have originated in swamps and marshes.
Why is coal an unusual rock?
Coal is the remnants of plant matter buried ages ago, so it can be called the fossilised compost
Why do some people call it buried sunshine?
fossil fuelsI assume you are talking about fossil fuels (coal, oil, natural gas). You can call these buried sunshine since the energy in fossil fuels comes from decaying plants and microorganisms. Those plants and microorganisms got their energy originally from the sun. So all the energy in fossil fuels originally came from the sun.
What are the release dates for Coal - 2011 Buried in Coal - 1.4?
Coal - 2011 Buried in Coal - 1.4 was released on: USA: 20 April 2011
What are the release dates for Coal - 2011 Buried in Coal 1-4?
Coal - 2011 Buried in Coal 1-4 was released on: USA: 20 April 2011
What is carbonising?
The slow chemical process of dead vegetation(buried plants and animals)into coal is called carbonisation.
What are the release dates for Buried Alive in a Coal Mine - 1913?
Buried Alive in a Coal Mine - 1913 was released on: USA: January 1913
What actors and actresses appeared in Buried Alive in a Coal Mine - 1913?
The cast of Buried Alive in a Coal Mine - 1913 includes: Joseph Graybill
What metamorphic rock is commonly known as coal?
Anthracite is a metamorphic rock commonly called coal ,whose protolith or parent rock is bituminous coal.
What is formed when swamp plants are buried under pressure for a very long time?
When swamp plants are buried under pressure for a long time, they may eventually transform into coal through a process called coalification. This process involves the decomposition of plant matter under high pressure and temperature, resulting in the formation of coal deposits.
