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The zone is radiive.
The radiated zone is next to the core and has a solar radii of 0.7. The solar material in this layer is hot and dense, so there is no need to transfer the heat from the core to the outside.
The radiative zone is a thick layer of highly ionized, very dense gases which are under constant bombardment. It is mostly hydrogen and helium. Most of the atoms here don’t have electrons, so they can’t absorb light.
The outer layer of the sun’s interior has a convection zone. The energy is transferred by currents. cooler gases sink downward as hot gases rise toward the sun’s atmosphere.
The temperatures in the convective zone are so cold that the atoms in the plasma can absorb the rays from the Sun. The sun’s corona gets very hot and starts to rise.
There is a photoosphere.
The outer layers of the Sun are cooler than the center. The photoosphere is outside the core.
The sun has a photoosphere, a corona, and a chromoosphere.
170 thousand years.
Sometimes it moves side to side, other times it moves inward. It takes over 170 thousand years for the sun’s energy to leave the radiation zone.
Between the hot core and outer convective zone lies the Sun’s radiative zone. In the radiative zone, the energy produced by fusion in the core moves outward. The energy is conveyed by a photon.
The shape of a current is circular. The very hot material at the deepest part of the mantle rising, then cooling, sinking again and then heating, rising and repeating the cycle over and over is what causes the currents. Hope this answer the question.
A star has a visible photosphere at the surface and a turbulent region between it and its core. In the convection zone, hot plasma rises, cools, and falls to be heated and risen again.
The core has a temperature of 7 million degrees Celsius. The core’s energy travels through the radiative zone slowly. After hitting another particle in the Sun, the light particles can only travel a short distance.
Astronomers refer to one of the inner parts of the Sun closest to the core as the radiative zone, where the outward motion of this energy from the core occurs.
The Sun gets its energy from the heat inside the core. The core is not in the radiation zone. This layer is used to transfer energy from the core to other layers. The temperature at this layer is cooler than the core.
The zone is not dense enough. Instead, this layer moves heat to the surface of the sun where it cools and drops back into the convection zone.
Consumers receive electricity through a network. Electricity is generated at power plants and moves through a complex system, sometimes called the grid, of electricity substations, transformers and power lines that connect electricity producers and consumers.
A pool with power. The network of electric utilities has been merged. There is a need to conserve. Behavioral changes can be used to reduce energy usage.
The principle of the generator is the same. Under normal circumstances, when the generator is connected to a transmission network, the magnetic field contributed by these currents spins in line with the one generated by the field winding
There are power stations that generate electricity. It flows through large transmission lines. Distribution lines carry electricity from substations to houses and businesses.
There is demand. The average of the power you draw in a 15 minute period is what the electric utility uses to measure demand. The average 15 minute demand will not be affected by short bursts of demand when electric motor surge. Longer periods of demand will have an effect.
Electric utilities use their own power plants to generate electricity. Other utilities purchase electricity directly from other utilities, power marketers, and independent power producers.
Electric utilities plan for the future power needs of their customers and keep their systems safe. Voluntary standards were developed by the electric power industry.
Electricity is sent to businesses, schools and homes from electrical power plants using energy from hydro, fossil fuels, wind and solar. Electricity needs to match demand.