Tigers breathe through their nasel section and mouth to deliver air to their lungs. The heart pumps oxygenated blood which provides support so the tigers can breathe. As they inhale oxygen they exhale out Carbon Dioxide. Answered By John Thomas.
A tiger breathes through its mouth and nose. Not through its respiratory system. It uses it's respiratory system but dosen't breath through it
No
Closed
Yes.
Mammalian.
The same as the orange Bengal tiger.....
"Locomotory" refers to movement. It refers to muscles. Muscles are innervated by nerves under control of the brain, and supplied with nutrition through the circulatory system and respiratory system.
The Bengal tiger, like other multicellular organisms, is organized into different levels of complexity. At the cellular level, it consists of specialized cells that form tissues, such as muscle, nerve, and epithelial tissues. These tissues are further organized into organs, such as the heart, lungs, and digestive system, which work together to ensure the tiger's survival. Additionally, these organs are integrated into organ systems, including the circulatory and respiratory systems, that function cohesively to support the tiger's overall physiology and behavior.
Tigers are mammals so their circulatory system is very similar to that of the humans. The tigers heart has 4 chambers; there are 2 different heart chambers; one that transports blood and one that receives blood. The ventricles are much larger than the atria and their wide, muscular walls are used to forcefully pump blood from the heart to the body and lungs. Answered By John Thomas
Tigers breath through their nasal section and their mouth. Oxygenated blood provides support for them to breathe. As they inhale they exhale Carbon Dioxide much like humans do. Answered By John Thomas
Tigers use their respiratory system by breathing through their nasal section and mouth into their lungs. The blood pumped from their heart gets oxygenated so the tigers can breathe. As tigers inhale oxygen they exhale Carbon Dioxide much like humans. By John Thomas
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