There was never an actual recorded number, if you could provide a date it would help. Other than that, it has been recorded as a genocide.
Answer: Kinesthetic learning.
Explanation:
Kinesthetic learning is defined as learning that the person acquires through experimentation with his body. Normally this type of learning is usually slower but the knowledge acquired usually lasts much longer and tends to be stronger. This type of learning contrasts a little with the learning that is carried out that is taken into account and is the one where the visual and auditory is involved, however, kinesthetic learning is one that we carry out and many times we ignore it because that most of the time people are not aware that certain activities they do daily can be part of kinesthetic learning. An example of this would be typing on a keyboard. In the beginning, a person begins to type slowly on the keyboard and looking at the keys all the time, over time, the person can type faster and look less at the keyboard.
Kinesthetic learning helps other senses get involved in the learning process. This learning must be taken more into account in the fields of formal education because it allows the learner to experience the learning process in various ways. It is not only listening and speaking but also feeling, experiencing and seeing how the body reacts to what it learns.
C is the answer I think♀️
Answer:
The correct answer to the question: If neither you nor your spouse has either albinism or cystic fibrosis, what are the odds that your first child will have both albinism and cystic fibrosis, would be: 1 in 16.
Explanation:
The topic of genetics, and especially ineritance of traits, whether from parents, or grandparents, or anyone directly linked to your line, is a pretty complex one and it depends entirely on two factors: chromosomal dominance and recessiveness, and the probability combinations that arise from crossing these. Essentially, in this case, both you and your partner have directly inherited the genes for both albinism and CF, but these have not been dominant in you, but recessive, for both conditions. The odds of a child of yours receiving and actually displaying the traits for both albinism and CF will depend entirely on the crossing of genetical material, dominant and recessive chromosomes from both you and your partner. Even though albinism and CF are recessive traits, they can become the feature that will be displayed on your child by combination and probability. This probability in this case gives 1/16.
The answer is going to be B. Ross Perot. Perot was the candidate in 1992 who led one of the most successful independent campaigns.
I hope this answer helped! :)
