Radiation
potential energy is the energy possessed by a body by virtue of its position and the tide is always in motion not standing still hence it is a source of kinetic energy.
A transverse wave is a wave in which the medium vibrates at right angles to the direction of its propagation.There is no one unique source of energy that will produce a wave with this property.
The matter that waves use to transfer energy is called the medium. The medium actually carries the energy of the wave. Sound is a good example of mechanical energy, and it requires a medium to travel. The energy created at the source is transferred into the medium, and the medium carries it forward in transmission (propagation).
YES, wind can produce WORK via controlled transfers of energy. First, an initial energy source is needed to produce this effect. Historical experimentation shows the most common source of energy would be radiant energy. Both the sun and the earth can provide the initial radiant energy. Provided we have a radiant energy source, we can focus on how to control the transfer from radiant energy (heat) to kinetic energy (wind). First we must look at the source of wind energy. The direct source is pressure differentials. On earth, this pressure differential is caused by radiant energy. The radiant energy that created the pressure differential will transfer to kinetic energy. In this case, the kinetic energy is measured in wind velocity. Transfer of Radiant to Kinetic energy can be accomplished by: (1) Create a pressure differential with the initial energy source (radiant) (2) Contain this pressure differential (radiant) (2a) Control the direction of the energy transfer (radiant to kinetic) (2b) Control the speed of the energy transfer (radiant to kinetic) (3) Utilize a mechanical device to transfer the kinetic energy to the desired output (assuming WORK = electrical energy output) Answer is Yes considering WORK = DC/AC (electricity) To complicate the above, all one has to do is (1) introduce lighter-than-air elements, and the control of thereof. (2) view the intensity of energy output via wavelengths (3) explore the energy output of wavelengths (frequency). NOTE: The one thing that seems to go unexplained or bypassed in most scientific questions is GRAVITY. Think about it like this.....if the earth's geomagnetic field can direct solar wind (750 km/s) and the sun's magnetic field (Heliosphere) can direct galactic wind (unknown km/s) think about the benefits of transferring solar/galactic wind to WORK :)
Heat: the transfer of energy from the particles of a warmer object to the particles of a cooler object. (Source: Nelson Science and Technology Grade 7 Textbook, page 186.)
Convection
energy chain
None. There is only a transfer of energy. You obtain the energy from a consumed source example: you eat food which causes a transfer of energy but the food does not provide energy.
Wind energy is a renewable resource, as there will always be wind.
No, wind is a renewable energy source. The wind will always be blowing!
No, a chemical reaction that absorbs energy is called an endothermic reaction. The transfer of heat from the surrounds into the substance. In reactions, energy is always CONVERTED, not created which means that nothing can be converted i.e. heat to chemical if there is no heat or initial energy.
Max efficiency of energy transfer can only occur when impedence source matches the impedence of the load.
The Sun is the primary source of all biological energy. This biological energy is then transferred from one source to another through a variety of steps. Nature performs this transfer.
A sound wave is a transfer of energy as it travels away from a vibrating source.
Heat transfer.
potential energy is the energy possessed by a body by virtue of its position and the tide is always in motion not standing still hence it is a source of kinetic energy.
Communication in terms of energy involves the transfer and transformation of information from a main source to its receiver. Rapid transmissions are what keeps the modern world functioning effectively.