Answer:
A
Explanation:
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Answer: B. It meant there was enough time for evolution to have occurred slowly
Explanation: Contrary to the theory of creationism, according to which everything is created in the beginning as it is created and the characteristics of animals, plants and humans are the same from the beginning, Darwin's theory of evolution speaks of the gradual development of the qualities necessary for survival. Thus, according to the theory of creationism, the Earth is not very old, at least not as much as was necessary to justify Darwin's evolution. The changes described by Darwin take millions of years, so the theory that the Earth is very old is quite in favour.
<em>Answer:</em>
<em>D. a signal; a chemical; auxin </em>
<em>Explanation:</em>
<em>Phototropism</em><em> is described as a phenomenon that involves the growth of a specific organism as an outcome towards a light stimulus. It is generally observed or found in plants yet occurs in a few other organisms, for example, fungi. The different cells that are being found on the plants that are placed far from the light posses a specific chemical known as 'auxin' that generally reacts when the "phototropism" occurs.</em>
The most likely result is Daisy wouldn't develop deep emotional attachment with her mother.
Deep emotional attachment between parents and infant developed due to the Perception that infants have for her mother.
If the parent spent a lot of time taking care of her infant, the infant will perceive the mother as a guardian that always take care of her and someone who could make the infant feel safe.
If, the infant spent the majority of his/her childhood at they care, the emotional attachment that the infants have with the daycare teacher could be deeper than the attachment that they have to thier mother.
Answer:
Cerebral Hemispheres
Explanation:
Aida Gómez-Robles, an anthropologist at The George Washington University, and her colleagues compared the effect of genes on brain size and organization in 218 human and 206 chimpanzee brains. They found that although brain size was highly heritable in both species, the organization of the cerebral cortex—especially in areas involved in higher-order cognition functions—was much less genetically controlled in humans than in chimps. One potential explanation for this difference, according to the researchers, is that because our brains are less developed than those of our primate cousins at birth, it creates a longer period during which we can be molded by our surroundings.
reference:https://www.scientificamerican.com/article/what-makes-our-brains-special/
