Answer: Estivation
Explanation:
Non-mammalian animals that cannot maintain their body temperature by its own. They need to adapt certain phenomenon to survive in the existing conditions.
The animals in the desert like snakes, reptiles, North American tortoise, also maintain their body temperature and maintain an adequate amount of water inside the body.
The animals in the desert do not move out during the daytime in order to conserve water and energy.
This phenomenon is season and is known as estivation.
A animal that is hunted for food<span> by another animal Predator and Prey When a consumer (animal) eats a producer (plant), it receives some of the plant's </span>energy.Flow<span> of </span>Energy<span> * A </span>food chain<span> shows the path of </span>food energy<span> from plants to animals. * Each </span>food chain<span> is different depending on the ecosystem</span>
Auscultation is a check-up administered in your abdomen by using a stethoscope to listen to bowel sounds. When you hear bowel sounds, then your systems are perfectly normal. When there are areas that do not produce any grumbling noises, then there must be blockage in that area.
Let's examine the area for auscultation. The diagram is shown in the picture. The abdomen is divided into four quadrants. The upper boundary is the latissimus dorsi which is the group of muscles behind the arm and stretches to the side.
Answer:
A. Aorta
B. Pulmonary Artery
C. Pulmonary vein
D. Left atrium
E. Mitral valve
F. Lift ventricle
G. Right ventricle
H. Tricuspid valve
I. Inferior vena cava
J. Right atrium
K. Pulmonic valve
L. Superior vena cava
Explanation:
Aorta is big artery which takes blood from the heart and gives it to all body. Pulmonary artery carries deoxygenated blood from the heart to the lungs while pulmonary vein carries oxygenated blood from the lungs to the heart. Mitral and tricuspid valves prevent the backward flow of blood in the heart. Superior and inferior vena cava is a big vein which collects deoxygenated blood from all body.
B.the nerves in the finger detect stimuli and send the message to the brain
Hope this helps
