Nuclear fusion in the sun
water is important to the earth because it supports life.:)
air
Without the sun there would be no life on earth because the sun gives heat and life energy that if it is missing, Earth would be totally freezing and without life. The 5 branches of living things cannot survive without the sun.
With the exception of nuclear energy (fission or fusion) all original sources of energy in the world come from the Sun and accretion (Earth's creation by impact events) . If you want to go back further than that, ultimately all energy, including nuclear energy, started with the big bang. Oil or fossil fuels all began as plant life which gathered it's energy from the Sun, creating sugars from CO2, water and minerals through a process called photosynthesis, absorbing solar energy to do so.
Sunlight
Life on Earth gets its energy from the Sun, which produces the energy through nuclear fusion.
The energy from the Sun, solar energy drives all the process important to life on Earth.
Solar energy drives all the processes important to life on Earth.
We get most of our energy from the Sun; there, the energy is converted by nuclear fusion.On the other hand, technology is not yet ready to carry out nuclear fusion on our own, right here on Earth - except for some experiments.
Most energy comes from sun through the nuclear fusion energy.
The energy from the Sun, solar energy drives all the process important to life on Earth.
The sun, like all stars, gets its energy from nuclear fusion. The Earth is only habitable for life because of the sun's radiant energy which reaches us. So we all depend on nuclear energy.
the sun
solar energy
1.The sun is a huge ball of nuclear fusion. 2.We here on earth use nuclear fission to produce electricity. so the answer is 2.
The sun, like all stars, gets its energy from nuclear fusion. The Earth is only habitable for life because of the sun's radiant energy which reaches us. So we all depend on nuclear energy.
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.