I believe it is the lungs.
Answer:
an explosion
Explanation:
we need a coca cola and a cup and bicarbonato and then boooooooom
Answer:
A red blood cell, sitting in the right atria of the heart is chocolate-brown in color since its a deoxygenated red blood cell with carbon dioxide rather than oxygen in its hemoglobin.
First
The tricuspid valve pumps it through the right ventricle
Secondly
pulmonary valve pumps it from the right ventricle to the pulmonary circulation.
Then
In the alveoli of the lungs, gas exchange occurs during pulmonary circulation
The end product is oxyhemoglobin( bright red colour) I.e oxygenated blood
The next step
pulmonary veins is the means whereby the red blood cell go to the left atria from the pulmonary circulation through the aortic valve
to mitral valve then to the aorta and systemic circulation
Therefore
oxygen is replaced by carbon dioxide during systemic circulation indicating a end to cellular respiration
Lastly
It's transported back to the right atrium of the heart completing the cardiac cycle.
The top left, would be light energy from the sun, while the top of the circle would be living beings. Think about it just like plants that that gain energy from the sun through photosynthesis. Then the bottom of the circle would be nonliving beings, either decomposed plants or animals that bring nutrients to soil, or dead ones that we eat. This cycles through until the energy is rereleased through heat. Therefore the top right would be heat energy, every living thing on earth creates gradual amounts of heat. Imagine going for a run, you'll probably be hotter afterwards right? I know it's not the most scientific answer but its 100% right.
Hope this helps!
Answer:
These symptoms are evidence of decomposition of infected red blood cells
Explanation:
Malaria is an infection of red blood cells caused by one of five species of Plasmodium, a protozoan. Malaria causes fever, chills, sweating, enlarged spleen and anemia (due to decomposition of infected red blood cells). It is an acute febrile infectious disease caused by protozoa transmitted by the infected female Anopheles mosquito. Everyone can get malaria. Individuals who have had multiple episodes of malaria may achieve a state of partial immunity, showing little or no symptoms in case of a new infection.
When infected red blood cells rupture and release parasites, the person usually shows shivering chills, followed by a fever that can reach 41 ° C. Tiredness, discomfort, headache, body aches and nausea are common. The fever usually subsides within a few hours, and then profuse sweating and extreme tiredness occur. Fevers occur unpredictably at first, but over time they become periodic. Periodic fevers come and go at regular intervals. Fevers tend to occur at 48 hour intervals with Plasmodium vivax and Plasmodium ovale and 72 hours with Plasmodium malariae. Fevers caused by Plasmodium falciparum are not usually periodic, but sometimes occur at 48 hour intervals. As the infection progresses, the spleen increases and anemia becomes severe. Jaundice may arise.