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.
The epithelial cell will have 38 chromosomes
A 2n or 2(19) = 38 chromosomes. This is because n is called haploid number of chromosomes; the number of chromosomes present in the gametes. Epithelial cells like other body cells divides through the process of mitosis; therefore; the parent cells yields daughter cells with the same number of chromosomes (diploid). The other haploid (n) number is present in the gametes which divides by the process of meiosis.
The answer is B)<span> </span>temporal isolation.
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<span>Temporal isolation is a type of reproductive isolation, which could be prezygotic or postzygotic. Temporal isolation is prezygotic reproductive isolation since it occurs before fertilization and zygote production. Temporal isolation is result of temporal differences in breeding. In this example, the breeding season of Rana aurora lasts from January to March while the breeding season of Rana boylii lasts from April to July. So, these two breeding seasons do not coincide and these species could not mate.</span></span>
Answer:
vizioner conter nu poltvinh
Explanation:
grandes comer ler coltrantes
Answer:
(a) The grains which are termed as millets are Amaranth, Barnyard, buckwheat, kodu, sorghum, bajra, Kangani, and Ragi.
(b) The following are the advantages of millet due to which they are given more preference than wheat and rice:
1. Millet's are free of gluten, a protein digestion of which is very difficult by the body.
2. When we compare the protein content of rice, wheat and millet, it is found that millet has high protein content.
3. In all aspects of components of nutrients called as carbohydrates, proteins, fats, minerals and vitamins, millet is in prime position and is also easy to digest.
