Ecosystem For (A+)
Big fish eat small fish
A food chain
food chain A+
autotroph.
The levels of organization in a multicellular organism are:CellTissuesOrgansOrgan SystemOrganism
cell tissue organ organ system organism (species) population community ecosystem biosphere (ecosphere)
A pyramid can represent the energy transfer in an ecosystem in two ways: First, right side up a pyramid can represent the number or volume of organisms at each level of the food chain. The energy transferred from each organism lower down on the food chain to the next higher up is not 100 percent efficient, so fewer organisms can exist at each higher level of the food chain. Inverted, the pyramid is a simple model of how much total energy it takes to produce a single organism at a level in the food chain. organisms at the bottom taking the least, and those at the top taking the most total energy.
The chemical changes that take place in a cell or an organism that produce energy and basic materials needed for important life processes, such as mitosis.
abrianna
mechanical
the processes by which nutrients are transferred from one organism to another.
glucose
mechanical
Energy pyramid Energy pyramid.
Food Chains
That's actually quite simple: Kinetic energy is movement energy, so the movement is simply transferred to a turbine.
The answer to this question is very simple. The arrows on a food web represent the flow of energy. It show what is eatin by what and that the energy is transferred from the eatin to the eaters. Like I said the answer is very simple
autotroph.
Any plant. The energy pyramid starts with the organism with the most direct energy from the the sun, so from top to bottom, a simple example could be: oak tree, squirrel, hawk. Make sense?
As examples are heat and mechanical energies. Heat energy can be transferred from one medium to another medium in touch together. mechanical energy for example in a moving ball can be transferred partly to another ball when being hit together. When one is driving a bicycle, he exerts mechanical energy by his legs that transfers to the bicycle wheels and he /she then moves forward.