Answer:
The theory of endosymbiosis has an intriguing logical history. German naturalist Robert Lauterborn found plant cells inside the single adaptable cell. It had two huge, frankfurter formed plastids named chromatophores, which helps in photosynthesis. He proposed this speaks to the beneficial interaction of two cells, this revelation helped in the advancement of endosymbiosis.
The Earth is green on the grounds that photosynthetic plants and green growth contain chlorophyll, a green color that reflects green frequencies of light. About 1.5 billion years back, an algal predecessor (single adaptable cell) immersed a photosynthetic bacterium, lessening it to a chloroplast, a plastid with chlorophyll. What's more, utilize its hereditary data to make own nourishment and it additionally offered ascend to the advantageous interaction (heterotrophic creatures) that relied upon the plants for the nourishment. One-celled critter inundated the bacterium, kept that cell alive and outfit its qualities for photosynthesis.
Answer:
b. It is converted to heat.
Explanation:
Cellular respiration is the process of energy transformation. During this process, the chemical energy present in the chemical bonds of glucose molecules is first stored in the form of NADH and FAD2. Then the same is used to drive the process of ATP synthesis during oxidative phosphorylation. Each process of energy transformation loses some of the energy in the form of heat to the surroundings. The lost energy can not perform any function. Therefore, part of the energy of glucose is also lost in the form of heat as the process of cellular respiration follows the laws of thermodynamics.
<span>I think its made of food oxidation.</span>
This translates from the ancient gibberish language to "Thy cat has stepped on thy keyboard".
The cell membranes begin to come apart when there is insufficient water around the cells. The cytoplasm of the cells becomes more concentrated, which slowly poisons the cells. The cell walls become brittle as they dry out, and some of them collapse. The central vacuoles in the cells lose water and can no longer help support the cells.
The central vacuoles in the cells lose water and can no longer help support the cells