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What is the abiotic factor that provides energy for nearly all life on earth is?
The abiotic factor that provides energy for nearly all life on earth is the sun. Through the process of photosynthesis, plants and some bacteria are able to convert sunlight into energy, which is then transferred through the food chain to other organisms.
All life on earth is ultimately dependent on what?
The sun for energy
What kind or energy drives all the processes important to life on earth?
If you mean living processes, then the answer is Sunlight. If you mean geological processes, then the answer is decay (nuclear fission) of radioactive isotopes in the Earth's core and Sunlight. If you mean tidal processes, then the answer is kinetic (rotational) energy transfer.
What direction does the energy flow in the ecosystem?
Energy flows through an ecosystem in a unidirectional manner, typically entering as sunlight and being converted into chemical energy through photosynthesis by producers. This energy then flows through the various trophic levels as organisms consume one another in a food chain or food web, with energy being lost as heat at each step.
Do the nucleus capture the sun's energy?
No it is not nucleus. It is the chloroplast
Heat energy trapped by particles in the atmosphere warms the Earth naturally through?
which of the following describes characteristics of the stratosphere
Energy that travels through the earth?
earth
How is the suns energy transferred?
The sun transfer heat through radiationAnswer'Heat' is not transferred. Rather, 'heat' describes the process of transferring energy. So, your question should read, 'How does the sun transfer energy to earth?", and the answer is by radiation.
What term Describes the amount of energy available to heat the earth's land water and air?
The term that describes the amount of energy available to heat the Earth's land, water, and air is "solar radiation." Solar radiation, or sunlight, is the primary source of energy that heats the Earth's surface and drives weather and climate systems.
How does energy travel through earth?
Energy travels through the Earth primarily through conduction, convection, and radiation. The heat from Earth's core is transferred to the surface through convection currents in the mantle and crust. Additionally, energy from the sun is absorbed by the Earth's surface and radiated back into the atmosphere.
Which method of heat transfer does earth receive energy?
The Earth mainly receives energy Radiated by the Sun.
How does geothermal get its energy?
It gets it from the earth when you go through it you will manley get it from the earth.
How does energy travl from the sun tp tje earth?
Energy from the sun travels to Earth in the form of electromagnetic radiation, primarily in the form of sunlight. This energy is transmitted through the vacuum of space and reaches the Earth through radiation.
What is the original source of energy on the Earth?
The original source of energy on Earth is the Sun. Solar energy is harnessed through processes like photosynthesis in plants, which converts sunlight into chemical energy. This energy is then transferred through the food chain to sustain all life on Earth.
What carries this energy from the sun to earth?
The energy from the sun reaches Earth through electromagnetic radiation, in the form of sunlight. This energy travels through the vacuum of space in the form of photons, which carry the electromagnetic force and transfer energy to Earth when absorbed by the atmosphere and surface.
Does earth receive its energy from the sun?
Yes, Earth receives its energy from the sun through a process called solar radiation. Solar energy is essential for heating the Earth's surface, driving weather patterns, and sustaining life through photosynthesis.
What statements most accurately describes how water moves through Earth and its atmosphere?
Water moves through the Earth's atmosphere primarily through the processes of evaporation, condensation, and precipitation. It also moves through the Earth's surface via infiltration, runoff, and groundwater flow, ultimately returning to the oceans to complete the hydrological cycle. The movement of water is driven by energy from the sun, gravity, and atmospheric circulation patterns.
