For this case we have the following polynomials:
Adding the polynomials we have:
Rewriting we have:
Therefore, the result of the sum is:
Answer:
the sum of the polynomials is:
option 2
Laura went to a golf shop that has a golf simulator. The simulator estimates the distance that each ball she hits would have gon
e. She
hit five balls each with her 2,3,4,5,6,7,8, and 9 Irons. The distances of her golf shots are given in the table C. Keep this table
window open as you work on the tasks in this activity.
When Laura graphed the data, she got this scatter plot and drew a line of best fit. Keep the scatter plot window open as you work
on the tasks in this activity.
When her brother graphed the data, he got a different scatter plot and drew a line of best fit. Keep the scatter plot window open
as you work on the tasks in this activity.
hit five balls each with her 2,3,4,5,6,7,8, and 9 Irons. The distances of her golf shots are given in the table C. Keep this table
window open as you work on the tasks in this activity.
When Laura graphed the data, she got this scatter plot and drew a line of best fit. Keep the scatter plot window open as you work
on the tasks in this activity.
When her brother graphed the data, he got a different scatter plot and drew a line of best fit. Keep the scatter plot window open
as you work on the tasks in this activity.
1 answer:
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For this case we have that by definition of properties logarithm is met:
So, rewriting the expression we have:
By definition of logarithm we have to:
is equivalent to
So:
ANswer: