.
Which zone is so dense that the energy moving through it from the sun’s center can take as long as 100,000 years to get through?
A.the radiation zone
B.the core
C.the fusion zone
D.the convection zone
A. the radiation zone
2.
What process creates the sun’s energy?
radiation
convection
nuclear fusion
pressure
radiation right?
No, radiation is a type of energy transfer that occurs within the Sun, but it is not the process that creates the Sun's energy. The correct answer is nuclear fusion. It is the process by which the Sun produces energy in its core by fusing hydrogen atoms into helium atoms under high temperatures and pressures.
Which is created in the outer layer of the sun’s interior?
A.nuclear fusion
B.convection currents
C.radiation
D.energy
B. convection currents are created in the outer layer of the Sun's interior, known as the convection zone. Energy produced in the Sun's core by nuclear fusion travels outward through the radiation zone, but in the convection zone, hot plasma rises and cooler plasma sinks in a continuous cycle, creating the convection currents. This helps to transfer energy from the core to the surface of the Sun.
4.
Why does it take so long for energy to move through the radiation zone?
The gases become denser.
The energy has to build up before it is released.
The gases become less dense.
The core releases the energy too slowly.
A. The gases become denser.
The radiation zone is a layer of the Sun's interior where energy is transferred by radiation, the process by which energy is carried by photons. The gases in this zone are very dense and tightly packed, which means that photons cannot move very far without colliding with other particles. Therefore, it can take a long time, up to 100,000 years, for energy to move through this layer and reach the outer layers of the Sun.
last one bot
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5.
Where in the sun does nuclear fusion take place?
the radiation zone
the core
the convection zone
the energy zone