Conduction:
Hold one end of a silver spoon, and place the other end in a flame.
If it stays there long enough, you will burn your hand.
Convection:
Fill a pot with cold water and set it on the burner of a stove.
The water at the top surface becomes warm.
Radiation:
Step outside on a summer's day.
Feel the warmth of the sun on your face.
kinetic energypotential energyradiant energy
Each time one organism eats another organism, a transfer of energy occurs.
The energy in a crash can be transferred in a variety of ways. The most significant way is through mechanical and physical deformation. In a head on collision between two cars, the energy travels through the front of each car, crumpling the metal and machinery. Energy can then be transferred in the form of heat. Although this energy isn't as significant as mechanical energy, during the moment of impact there will be a trace amount of heat created through the scraping of metal. Energy is also transferred through sound waves. When two vehicles collide, the sound of the scraping metal is the transfer of some of the energy through the air.
radiation-energy transferred by waves or rays conduction-transfer of energy that occurs when molecules bump into each other (direct contact)
Conduction is the term used to describe the transfer of heat energy from one body to another body when they are in contact with each other.
kinetic energypotential energyradiant energy
Convection
90%
Each time one organism eats another organism, a transfer of energy occurs.
9o% of energy is lost at each level
Some energy is lost at each level since not all energy is transferred from the food to the consumer.
Each organism uses part of the energy for its own maintenance.
No. That's not true.
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when the organisms eat each other they transfer energy, each time one organism eats another, 10% of it's ( the eaten organism ) energy is tranfered to the eater.
Energy is transferred between two molecules in direct contact with each other. For heat energy, this normally occurs during molecular collisions, when the energy in one molecule is imparted to an adjacent molecule (the molecule with less energy gains energy while the one with greater energy will lose energy).
No. That's false.