Answer:
The correct answer is Circulatory system.
Explanation:
Circulatory system is also known as the cardiovascular system which is used to circulate the blood around the body of most of the animals. It mainly consists of a heart that is used to pump the blood and different blood vessel that are used for the transportation of blood to different parts of the body.
The main functions plays by circulatory system are:
1. It provides oxygen to different organs of the body through blood.
2. It helps in providing nutrients, hormones to different organs and remove waste products from cells.
3. It helps in locating the immune cells to the injury site which helps the body to fight the infection.
Answer:
By looking at human embryo we can determine that it has a postanal tail.
Explanation:
Human embryo is a a process of life cycle that takes place after the fertilization. It takes 9 months for a human embryo to be fully developed. If we take a look at a human embryo, we will notice that it has a postanal tail.
Postanal tail is simply an extension of body. It is only during the embryonic stage that the postanal tail can be found. After the birth this feature cannot be found.
Your answer would be: New traits, lose. This is because evolution is when a species changed and adapts to changes in their environment. During this process, they may lose old traits that are no longer useful.
The contribution of the body to cognition and control; In natural and artificial, agents are increasingly described as 'offloading computation from the brain to the body', the body is said to perform 'morphological computation'. The investigation of 4 characteristic cases of morphological computation in animals & robots show that the 'offloading' perspective is misleading. The contribution of body morphology to cognition and control is rarely computational. 1) Morphology that assists control & the rare cases 2) Morphology that assists perception 3) morphological computation proper, like reservoir computing where the body is actually used for computation, This result contributes to understanding of the relation between embodiment and computation: the question for robot design and cognitive science isn't whether computation is offloaded to the body; but to which extent the body facilitates cognition & control - how it contributes to the overall orchestration of intelligent behavior.
