The first one is C, George Washington.
The second question is D, New Colossus.
The third one is A The Star-spangled Banner.
Answer:
The <u>beautiful</u> girl walked to a park where there were three <u>birds</u> and one brown <u>dog</u> behind the<u> bushes</u>.
Explanation:
Dog: is a f<u>ree morpheme</u> because it can stand on itself, the morpheme coincides with the notion of the word.
Beautiful: is a bound morpheme made up of a free morpheme (beauty), which is the root, and an affix (-ful). When we add the suffix we are changing the category of the word, beuty is a noun while beautiful is an adjective, so we have a <u>derivational bound morpheme.</u>
Birds: is an<u> inflectional bound morpheme</u> because it is made up of two morphemes, a free morpheme (bird) and a bound morpheme (-s) that is modifying the number of the noun bird.
Bushes: is an <u>allomorph</u> because the pronunciation changes due to the addition of (-es), if we compare this word with the word birds, we can see that they are both plurals but the suffix and the pronunciation of the two differs, while the meaning is still the same more than one, plural.
Answer:
B. Stop doing something they thought was wrong.
Explanation:
Just took the test and got 100%
The words that should fill in the blanks are "simulation" and "sample space." In that case, the full sentence would be:
"You can use the experimental probability based on observation or simulation to set up a sample space and use it to predict a value."
We can arrive at this answer because:
- The sentence above refers to the use of experimental probability, which is a system that allows predictions and hypotheses to be made about a given subject.
- In this type of system, the use of simulations is very common, since these simulations allow the probability of something happening to be studied.
- The sample space is also widely used, as it allows a set of data, which can be used in the future, to be predicted and studied.
In this case, we can say that the experimental probability is performed with the help of other elements to be effective.
More information about experimental probability at the link:
brainly.com/question/8652467