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What is the difference between autotrophs and hetrotrophs?
Autotrophs are organisms that can produce their own food using energy from sunlight or inorganic chemicals. Heterotrophs, on the other hand, rely on consuming other organisms to obtain energy. This is the main difference between the two, with autotrophs being able to sustain themselves independently while heterotrophs require outside sources of energy.
What is the difference between a heterotrophic and a autotrophic?
Heterotrophs obtain energy by consuming organic compounds from other organisms, while autotrophs can produce their own energy through processes such as photosynthesis. Autotrophs are able to convert sunlight into energy, while heterotrophs rely on consuming other organisms for nutrients.
What is the difference between an autotrph and a heterotroph?
Heterotrophs respond to their surroundings, while autotrophs do not., , , , Heterotrophs respond to their surroundings, while autotrophs do not.,Heterotrophs grow in multiple places, while autotrophs do not., , , , Heterotrophs grow in multiple places, while autotrophs do not.,Heterotrophs get nutrition by eating, while autotrophs make their own food., , , , Heterotrophs get nutrition by eating, while autotrophs make their own food.,
What is the difference between autotrophs and heterotrophs in terms of whether the cells perform photosynthesis and or cellular respiration?
Autotrophs are organisms that can perform photosynthesis to produce their own food using sunlight, while heterotrophs cannot perform photosynthesis and rely on consuming other organisms for food. Both autotrophs and heterotrophs perform cellular respiration to convert organic compounds into energy, regardless of their ability to photosynthesize.
Which protist has structures that are characteristic of both autotrophs and heterotrophs?
Euglena is a protist that has structures characteristic of both autotrophs and heterotrophs. It contains chloroplasts for photosynthesis like autotrophs, but can also absorb nutrients from its environment like heterotrophs. This allows Euglena to switch between being autotrophic and heterotrophic depending on its environmental conditions.
What is the difference between digestion of heterotrophs and saprotrophs?
Heterotrophs- digestion occurs inside the body. Saprotrophs- digestion occurs outside of body.
What is the difference between heterotrophs and autotrophs?
Heterotrophs respond to their surroundings, while autotrophs do not., , , , Heterotrophs respond to their surroundings, while autotrophs do not.,Heterotrophs grow in multiple places, while autotrophs do not., , , , Heterotrophs grow in multiple places, while autotrophs do not.,Heterotrophs get nutrition by eating, while autotrophs make their own food., , , , Heterotrophs get nutrition by eating, while autotrophs make their own food.,
What is the basic difference between the autotrophs and the heterotraphs?
autotrophs gain carbon via CO2. Heterotrophs gain carbon by consuming organic molecules.
What is the difference between phytoplankton and zooplankton?
phytoplankton are autotrophs and zooplankton are heterotrophs
What is a correct distinction between autotrophs and heterotrophs?
Autotrophs, but not heterotrophs, can nourish themselves beginning with CO2 and other nutrients that are inorganic.
What is the difference between autotrophs and hetrotrophs?
Autotrophs are organisms that can produce their own food using energy from sunlight or inorganic chemicals. Heterotrophs, on the other hand, rely on consuming other organisms to obtain energy. This is the main difference between the two, with autotrophs being able to sustain themselves independently while heterotrophs require outside sources of energy.
What is the difference between a heterotrophic and a autotrophic?
Heterotrophs obtain energy by consuming organic compounds from other organisms, while autotrophs can produce their own energy through processes such as photosynthesis. Autotrophs are able to convert sunlight into energy, while heterotrophs rely on consuming other organisms for nutrients.
What is the difference between an autotrph and a heterotroph?
Heterotrophs respond to their surroundings, while autotrophs do not., , , , Heterotrophs respond to their surroundings, while autotrophs do not.,Heterotrophs grow in multiple places, while autotrophs do not., , , , Heterotrophs grow in multiple places, while autotrophs do not.,Heterotrophs get nutrition by eating, while autotrophs make their own food., , , , Heterotrophs get nutrition by eating, while autotrophs make their own food.,
What is the main difference between autotrophs and hererophs?
The main difference between autotrophs and heterotrophs lies in their modes of obtaining energy and nutrients. Autotrophs, such as plants and some bacteria, produce their own food through processes like photosynthesis or chemosynthesis, using inorganic substances and sunlight. In contrast, heterotrophs, including animals and fungi, rely on consuming organic matter from other organisms for energy and nutrients. Essentially, autotrophs are self-sustaining, while heterotrophs depend on others for sustenance.
What is the difference between heterotrphs ans autorophs?
Autotrophs are producers, or organisms that make their own food. Heterotrophs are organisms that eat the autotrophs. They don't make their own food.
Difference between autotrophs and heterotrophs?
Autotrophs are those that produce food on their own. Examples of Autotrophs are plants. They produce food on their own from the use of Sunlight, Water and Minerals through Photosynthesis, while Heterotrophs are those that do not produce food on their own. Animals and us, Humans, are Heterotrophs. We need to hunt or grow vegetables in order to eat.
What is the difference between autotrophs and heterotrophs in terms of whether the cells perform photosynthesis and or cellular respiration?
Autotrophs are organisms that can perform photosynthesis to produce their own food using sunlight, while heterotrophs cannot perform photosynthesis and rely on consuming other organisms for food. Both autotrophs and heterotrophs perform cellular respiration to convert organic compounds into energy, regardless of their ability to photosynthesize.
