A wave transports energy. The greater the energy, the greater the amplitude of the wave.
A mechanical wave that transports a lot of energy is called a high-energy wave. These waves typically have large amplitudes and carry significant amounts of energy as they propagate through a medium. Examples include seismic waves during earthquakes and ocean waves during storms.
Rising warm air transports thermal energy through the process of convection. As the air warms up, it becomes less dense and rises, carrying thermal energy from the warmer surface to the cooler upper levels of the atmosphere. This movement of air helps to transfer heat energy and maintain temperature balance in the atmosphere.
A wave does not transport energy and matter.
A wave transports energy by causing particles to oscillate back and forth, transferring energy from one particle to another in the medium through which the wave travels. This transfer of energy continues as the wave propagates through the medium.
A compressional wave transports energy through matter by causing particles in the medium to bump into each other, passing on the energy from one particle to the next. This results in a chain reaction of vibrations propagating through the medium, carrying the energy with it.
by bateries or liquids
The Active transport
High
conduction
Mitochondria makes the energy and the cytoplasm transports it throughout the cell
ATP transports energy across a cells membrane
because
The process of evaporation from bodies of water like oceans and lakes transports the most energy from the ground to the atmosphere. This is because it requires a large amount of energy to change liquid water to water vapor.
Heat is transported through Infra red. It is an electromagnetic wave
Active biological Transport.
A mechanical wave that transports a lot of energy is called a high-energy wave. These waves typically have large amplitudes and carry significant amounts of energy as they propagate through a medium. Examples include seismic waves during earthquakes and ocean waves during storms.
The wedge is used to collect and transports energy to the pointy end. In this way, enough stress is put on a thin area.