My answer -
<span>There are typically two
planets that are dubbed as Earth's twin. The first one, Venus, is called
Earth's twin because of its similar size, and how it is the closest
planet to Earth. But, scientists discovered that Venus's atmosphere and
temperature were totally different from Earth's. The other planet also
called Earth's twin is Mars. Mars is believed to have a large ocean on
the past. Some even say that life may have developed on Mars for a short
period of time. Furthermore, Mars has an average temperature of -70
degrees Fahrenheit, closest to Earth than any other planet. It seems that
water and life define the Earth, and if Mars has these characteristics,
it would truly be Earth's twin.
P.S
Have an AWESOME!! day :)
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Collisions between all molecules increase as temperature increases. This is due to the increase in velocity and kinetic energy that follows temperature increases. ... This results in more molecules reaching the activation energy, which increases the rate of the reactions.
Mitochondria contains it's own DNA. It's structure is a bit different from that of the chromosomes found in the eukaryotic nucleus. From my understanding, it supports the endosymbiotic theory because it contains characteristics similar to single-celled prokaryotic cells despite it being classified as an eukaryotic cell.
<span>Another function of the mitochondria that supports the endosymbiotic theory is that the mitochondria are responsible for their own reproduction. Eukaryotic cells are duplicated by its nucleus, however, despite it being classified as an eukaryotic cell, the mitochondria does all the work on it's own. Again, it supports the endosymbiotic theory because it contains characteristics similar to single-celled prokaryotic cells despite it being classified as an eukaryotic cell.
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"Catabolic pathway that breaks molecules into energy" is the process of cellular respiration.
Answer: Option C
<u>Explanation:</u>
The cellular respiration relates to the biochemical mapping through which cells liberate energy from the chemical bonds of food molecules and distribute that energy for life's basic processes.
Photosynthesis, which generates sugars from smaller molecules, is a mechanism to "build up" or anabolic. Conversely, cellular respiration breaks down sugar into smaller molecules and is a process of "breaking down" or catabolism.
Catabolic processes involve the degradation into simpler of complex molecules, releasing the chemical energy contained in those molecules bonds. Many catabolic pathways will absorb the energy used to generate ATP and control the all cell processes.
