Mathematics, 16.12.2019 07:31, niicoleassssssf
This is due at ! look back at the recursive and explicit functions that you created for this situation in parts e and f. what do the parameters of these equations represent in this specific context?
part e: create a recursive function to model the table of values from part a. in that function, the year 2013 is the first data point, so n = 1 for 2013 (meaning f(1) = 2,000 is the first term of the sequence) and r is the constant value by which the number increases every year.
what i got: f(n) = f(n - 1) + 200
part f: convert the recursive equation that you got in part e into an explicit equation where a is the initial value and the time elapsed is 1 year.
what i got f(n) = a + 200 (n - 1)
Answers: 2
Mathematics, 21.06.2019 18:00, 22justinmcminn
Darian wants to build a regulation size pool table that is 9 feet in length. he plans he ordered are 18 by 36 inches. what is the scale factor of the dilation he must use to build a regulation pool table
Answers: 1
Mathematics, 21.06.2019 23:50, lukecarroll19521
What is the cube root of -1,000p^12q3? -10p^4 -10p^4q 10p^4 10p^4q
Answers: 3
Mathematics, 22.06.2019 01:30, BrinkerSky8378
(50 points) drag each description to the correct location on the table. each description can be used more than once. some systems of equations and their graphs are given in the table. for each system, place the description(s) in the box that correctly describe the type of system shown. :
Answers: 2
This is due at ! look back at the recursive and explicit functions that you created for this situat...
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