Asked by Babydoll2007
The average monthly benefit B for certain individuals is given by the equation B=18.75+585.72, where t is the number of years since 1990. In what year will the monthly benefit B exceed $1050? That is, solve B>1050.
Answers
Answered by
Steve
B=18.75+585.72
where is the t?
where is the t?
Answered by
Babydoll2007
t was not provided in the equation that's why I'm having such a hard time trying to solve the problem there is not even an example in my book
Answered by
Steve
well, let's just assume that there is a t. After all, if there is none, the B is just a constant: 604.47
So, since polynomials are normally written in descending power order, I'd guess
B = 18.75t + 585.72
So, you want to solve
18.75t + 585.72 > 1050
18.75t > 464.28
t > 24.76
1990 + 24.76 will be in the year 2014
So, since polynomials are normally written in descending power order, I'd guess
B = 18.75t + 585.72
So, you want to solve
18.75t + 585.72 > 1050
18.75t > 464.28
t > 24.76
1990 + 24.76 will be in the year 2014
There are no AI answers yet. The ability to request AI answers is coming soon!
Submit Your Answer
We prioritize human answers over AI answers.
If you are human, and you can answer this question, please submit your answer.