Allen’s and Bergmann’s rules are perfect examples of natural selection’s effects on anatomical adaptations to environments in mammals. These include the limb and trunk proportions of Neanderthals.
Answer: Option C
<u>Explanation:</u>
In warm climates, the body shape is linear while in cold climates the shape is more circular and compact and surface area is smaller to volume ratios such effect is called Allen’s Rule. Although when in cold climates body size is large but in warm climates it is small while surface area is smaller to volume ratios in large bodies, such effect is termed as Bergmann’s rule.
Therefore, these rules are the best examples of natural selection’s effect on anatomical adaptions to the environment in mammals. And such rules fit best in extinct species and subspecies of archaic humans belong from Eurasia and forty thousands years ago also termed as Neanderthals.
I think yur anwser would be c power
Answer:
The most likely diagnosis is <u>Tourette's syndrome</u>.
Explanation:
Tourette's syndrome usually begins in childhood, has a chronic course and a dysfunctional or disabling character. The initial symptoms consist of motor tics of the head and face that subsequently spread progressively to the trunk and lower extremities, without having to fulfill the cephalocaudal progression of motor tics in all cases, and it is difficult to distinguish them primarily from a picture of transient tics, and one or more vocal tics, vocal tics may appear at a given moment, in isolation, and the same with multiple motor tics. Motor tics include, but are not limited to: grimacing, gesturing, blinking, eyebrow raising, neck twitching. In the case of vocal tics, these include: repetitive emission of sounds and words, throat clearing, screaming, various guttural sounds.
This is called, <span>selfishness</span>
Answer:
corpus callosum
Explanation:
Yolanda, who is 5 years old, has improved dramatically in her ability to throw and catch a baseball. The growth of the corpus callosum has contributed significantly to her improved abilities by enhancing communication between the left and right hemispheres of the brain.
