chloroplasts and mitochondria
Yes, eukaryotic cells need to produce ATP for energy, just like prokaryotic cells.
Yes, eukaryotic cells require energy to perform essential functions such as growth, movement, and molecule synthesis. This energy is primarily produced through processes such as aerobic respiration and photosynthesis.
Glucose is the main source of energy for eukaryotic organisms. It is a simple sugar that is broken down through cellular respiration to produce ATP, which is used as a source of energy for various cellular processes.
Technically, nobody can "make energy". Living beings get their energy from different sources. The details vary, depending on the type of living beings - and not all eukaryotes get their energy the same way.
Mitochondria are considered to be eukaryotic organelles. They have their own DNA and ribosomes, and are thought to have evolved from engulfed prokaryotic cells in a symbiotic relationship with eukaryotic cells.
One example of a form of energy that also transfers heat is thermal energy. This type of energy is associated with the internal motion of particles within an object and can be transferred through conduction, convection, or radiation.
In eukaryotic cells the mitochondria extract energy from glucose using it to make ATP, which the other parts of the cell use as their energy source.
In eukaryotic cells the mitochondria extract energy from glucose using it to make ATP, which the other parts of the cell use as their energy source.
In eukaryotic cells the mitochondria extract energy from glucose using it to make ATP, which the other parts of the cell use as their energy source.
Thermal energy poorly and slowly transfers in liquids
Eukaryotic cells obtain energy through the consumption of organic compounds or photosynthesis.
What are the energy transfers that happens in the ice on mount everest
the higher the hill the greater the energy transfers.
Something that transfers thermal energy efficiently is called a conductor.
A wave in a medium transfers both kinetic energy and potential energy as it propagates. The kinetic energy corresponds to the motion of the individual particles in the medium, while the potential energy is associated with the forces between neighboring particles.
Chemical Potential energy
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