Answer:
A friend asks you for help writing a computer program to calculate the square yards of carpet needed for a dorm room. The statement "the living room floor is rectangular" is an example of a(n) <u>assumption</u> . The length and width of the room are examples of <u>known</u> information, which you can obtain as <u>input</u> from the user.
Explanation:
The given question is a Problem statement.
Problem statement can be defined as the brief description of an issue that needs to be focused in order to reach the require goal.
So the parts that a problem statement may have include:
- facts and figures (assumptions), that are known in the given scenario.
- data required (solution)to be calculated by focusing on present assumptions (given as input by the user).
So the attributes to be filled into blanks of given statement are assumption, known, input.
i hope it will help you!
<span>The tool iused to view stars in galaxies far from the Milky Way is the B. Hubble Space Telescope. This telescope is one of the largest telescopes to be launched in space, and has contributed a vast amount of discoveries and data that are valuable in astronomical research. The telescope is able to capture image intense high-resolution images, capturing entities from large distances.</span>
Answer:
chunking and short-term is the correct answer of this question.
Explanation:
chunking is a strategy to enhance a short-term memory.
Chunking is an method used to separate larger numbers that can not be psychologically separated.Chunking is the grouping of words in one sentence into short, important phrases. A chunk is the material segment that is used in many graphical formats, such as PNG etc.
Short-term memory is the knowledge a person is considering or is conscious of. This is also called healthy or main memory.
Answer:
def get_middle_ten(sentence):
ind = (len(sentence) - 12) // 2
return sentence[ind:ind + 12]
# Testing the function here. ignore/remove the code below if not required
print(get_middle_twelve("abcdefghijkl"))
print(get_middle_twelve("abcdefghijklmnopqr"))
print(get_middle_twelve("abcdefghijklmnopqrst"))
