Heterotrophs
Refreshing, alcoholic, caffeinated, and energy are adjectives that can be used to describe drink.
lethargic; weak
an element of time used in dance would be the waltz. i think 2 adjectives that would describe the energy of ballet would be graceful, and beautiful. an example of the type of movement through which this can be seen i would say would be grand jetes (or big leaps in the air)
Yes and no. Some bacteria are autotrophs (make their own food with their environment around them and the sun's energy) and some are heterotrophs (can't make their own food so they eat autotrophs and other heterotrophs).
First it's chemical energy from eaten food that turns into heat, a little bit of kinetic energy and potential energy(pushing the bike uphill). Then it's potential energy turning into kinetic energy and a little bit of heat, along with some further chemical energy being used up.(coasting down)
Bacteria need energy to carry out essential biological processes such as growth, reproduction, and maintenance of cellular functions. Energy is required to synthesize essential molecules, generate ATP for cellular activities, and maintain their metabolic pathways.
movement, synthesize protein, synthesize other cell material eg. repair, increase, growth, homeostasis..keeping internal environment at a constant. op this helps u out.
Yes, bacteria can be heterotrophs. Heterotrophic bacteria obtain carbon and energy by consuming organic compounds from their environment, unlike autotrophic bacteria that synthesize their own food through processes like photosynthesis.
Bacteria in our gut help break down indigestible fibers from food to produce short-chain fatty acids that provide energy to our cells. Certain bacteria also synthesize vitamins, such as vitamin K and certain B vitamins, that our bodies are unable to produce on their own.
Both types of bacteria exist. Some are autotrophic while others are heterotrophic. Most autotrophic bacteria can synthesize their food from substances like hydrogen sulphide. This process is called chemosynthesis and involves the use of chemical substances for the production of energy. Heterotrophic bacteria, in contrast, cannot synthesize their own energy and must consume organic matter for energy. These include decomposing bacteria, or other groups of bacteria that may be symbiotic of parasitic in nature.
Bacteria that synthesize their own food from carbon dioxide and water in the presence of light are called photoautotrophic bacteria. They use light energy to drive the process of photosynthesis, converting inorganic compounds into organic compounds for their energy needs.
Heterotrophs are organisms that cannot produce their own carbohydrates through photosynthesis and must consume other organisms for energy. They include animals, fungi, and some types of bacteria. By consuming other organisms, heterotrophs obtain the necessary nutrients and energy they need to survive.
Cattle are heterotrophs, they cannot synthesize their own food and rely on other organic matter for nutrition. While autotrophs are able to synthesize its own food from inorganic substances, using light or chemical energy.
Nonsaccharolytic refers to bacteria that cannot ferment sugars as a source of energy. These bacteria derive energy from other sources such as proteins or amino acids instead of sugars.
No, bacteria cannot perform photosynthesis. Photosynthesis is a process that requires chlorophyll, a pigment found in plants and some algae, to convert sunlight into energy. Bacteria do not have chlorophyll and therefore cannot carry out photosynthesis.
Waste energy or dissipative energy are often terms used to describe energy that cannot be efficiently utilized for useful work.
Another word is "consumer." All animals are, by definition, heterotrophs; they cannot synthesize their own food and so must eat other organisms for the organic compounds necessary for survival. However most fungi, and many bacteria and protozoa are also heterotrophic.