Which of the following correctly explains why scientists believe that great apes like chimpanzees and gorillas are more closely
related to humans than monkeys on an evolutionary timeline? A. Apes are larger than monkeys and have long legs and no tails.
B. Apes have smaller brains than monkeys and are less social than monkeys.
C. Monkeys have larger brains than apes and are smaller in size.
D. Monkeys are larger than apes and have prehensile tails.
Chimpanzees and gorillas are considered as more closely related to humans as compared to monkeys. It is because apes have a larger brain, longer life-span, higher intelligence, longer legs and show absence of tails as humans, while monkeys have a smaller brain, short-life span, short legs, and tails.
Thus, the correct answer is option A).apes are larger than monkeys and have long legs and no tails.
Scientists believe that great apes such as chimpanzees and gorillas are more closely related to humans based on the evolutionary timeline because apes are larger than monkeys and have long legs and no tails. Apes are known to have larger brains than monkeys which makes them so closely related to us. This fact cancels out B and C for the answer. Also, apes (gorillas, orangutans, etc.) are much larger than monkeys (mandrill, lesula, etc.). This right away cancels out option D. What's left is option A which features body parts and comparisons that are comparatively accurate towards humans. Hope this helped :))
protein is the element responsible for building up of cells and the nucleic acid is embedded in the cell, so protein builds the whole cell including the nucleic acids.. the nucleic acid is also packed by histones which is a proteinous structure. both are important because, in the cell all organelles require protein for their growth and likewise the encoding of the genetic information carrier
The correct answer is option C- "Sublingual space".
Explanation:
If an infection perforate from he mandibular first premolars through the lingual cortex, it is very likely that it continues is way into the sublingual space. The infections located at the sublingual space are often bacterial infections that comes precisely from the floor of the mouth. If an infection goes into the lingual cortex, it will often go to the tissue under the tongue at the sublingual space.
