The energy transformation between the blades of a turbine is from kinetic energy to mechanical energy.
This is defined as the energy an object possesses due to its motion. When the blades are in motion, it possesses this type of energy.
The kinetic energy is then transformed to mechanical energy which is used to perform the work in the windmill.
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Answer:
-kinetic energy transformed to mechanical energy
Explanation:-When the blades are moved or spins (rotational motion) some part of the kinetic energy of the wind is transformed into rotational kinetic energy of the the blades, which makes an axis rotate generating the electricity.
-Kinetic energy is mechanical energy (mechanical energy is basically kinetic energy and gravitational potential energy).
-Therefore, the kinetic energy of the wind is transformed into kinetic energy of the windmill (mechanical energy) and it is then transformed into electrical energy.
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Answer:
Low Greenhouse Gas Emissions. ...
High Power Output. ...
Inexpensive Electricity. ...
Nuclear Energy Doesn't Rely on Fossil Fuels. ...
Economic Impact. ...
Back-end Environmental Impact. ...
Past History of Nuclear Accidents. ...
High Up-Front and End Stage Cost.
Explanation:
b.oceanic-continental convergence boundary
c. continental-continental convergence boundary
d. oceanic- oceanic convergence boundary
Answer:
Attached is the illustration
The answer is a. hot spot
Explanation:
A hot spot is an area of the surface of the Earth with volcanism. It is thought that they are caused by very hot temperatures in certain areas of the earth's mantle compared to the surrounding mantle causing magma to rise from under the mantle and through the lithosphere. This is called a mantle plume.
Since the earth's plates move along, the magma keeps pushing up from under the mantle and creates another volcano. This is called a hotspot track.
What we see in the picture is a second volcano being created next to an older one in the same area, and magma is pushing up from underneath. This matches with the description of a Hotspot
b. divergent boundaries
c. the center of continents
d. convergent oceanic–continental boundaries