Question

did you know... not every plant performs photosynthesis!
there are some plants that do not rely on photosynthesis to get
their food. these plants are known as parasitic plants. instead of
photosynthesis, they attach themselves to other organisms and
steal nutrients from them. one example of a parasitic plant is the
ghost plant (monotropa uniflora), previously called indian pipes.
the ghost plant’s roots connect with the mycelium (underground
structures) of a specific type of fungus in the soil. the fungus
obtains energy by breaking down decaying organic matter in the
soil. the ghost plant takes advantage of this fungi. its roots
tap into the fungal network and steal nutrients from the fungi.

did you know... photosynthesis isn’t the only way to make food!
chemosynthesis is a process by which certain organisms,
typically bacteria, produce glucose. but unlike photosynthesis,
which uses sunlight as an energy source to make glucose,
chemosynthesis relies on chemical reactions of compounds
such as hydrogen sulfide or methane as a source of energy.
it’s the synthesis (making; building) of glucose using a
chemical (chemo-) instead of the sun (photo-). chemosynthesis
generally occurs in extreme environments, such as at deep-sea hydrothermal vents where
the temperatures are high and there’s no sunlight.

did you know... no oxygen? no problem!
fermentation is a cellular process used by some organisms to make energy when no oxygen
is available. during fermentation, glucose is broken down into simpler molecules, such as
ethanol or lactic acid, plus a small amount of energy. fermentation is not as efficient at
making energy as cellular respiration, but it enables organisms to do basic cellular functions
and survive in low oxygen environments.

yeast is a single-celled organism that undergoes fermentation. when yeast is added to bread
dough, it uses the glucose in the flour to do fermentation to get energy. carbon dioxide is
released as a gas. this gas gets trapped within the dough, causing it to
expand and rise. once the dough has risen enough, it’s baked. the high
temperature of the oven kills the yeast, stopping the fermentation.
this stops the production of gas. the hole-like pockets in the bread
solidify. now, the cooked bread has a soft and airy texture.

Explanation:

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Answer:

Since no specific question is provided about this text, it's not possible to generate a solution. If you have a question related to this content, such as asking about the types of organisms that don't use photosynthesis, the process of chemosynthesis, or how fermentation works in bread making, please share it so that I can assist you.