Hey there! :)
Your answer is mean
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Mean is the average value of the data set.
Mode is the number that appears the most
Range is the difference between the greatest value and the lowest value in a data set.
Finding the mode is pretty useless because you can't do much with the score that you got the most.
Range isn't that helpful because it's the difference between your best and worst score.
Mean is best for summarizing because you have 1 number that's the average of the whole data set.
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Therefore, the answer is mean
Hope this helps :)
"Spanish conquistadors settled in the Caribbean in search of gold and riches to bring back for their country."
"Spanish conquistadors were explorer-soldiers who settled in the Caribbean with the aim to amass wealth and fortune. Christopher Columbus arrived in the Caribbean in 1492 and claimed the area for Spain. Spanish settlements began to sprout in the region in the following years. The Caribbean’s importance also included its strategic location.
From the early 17th century, non-Hispanic traders and settlers also arrived and established permanent colonies and trading posts in the various Caribbean islands, particularly in areas where Spanish power was weak or absent."
To learn more about the Caribbean: brainly.com/question/9781373
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Answer:
In a histogram, you can use the same intervals as you did for the frequency table. The bars in the histogram will have no space between them. The histogram shows the same information as the frequency table does. However, the histogram is a type of graph, meaning that it is visual representation.
Explanation:
pls brainlist
D. we aim it at people or things that aren't the cause of our frustration
Answer:
It's wrong.
Explanation:
In the Punnett square, we will use F to represent the dominant freckles gene and f to represent the recessive lack-of-freckles gene. The first individual would have FF, because homozygous means that both alleles are the same. The second individual would have Ff, because heterozygous means that it has 2 different alleles. If the first individual passes down one of its "F" alleles and the second individual passes down its "F" allele, the offspring would have 2 dominant alleles, and the researcher's conclusion is disproven.
