Answer:
b(t) = 70,000 + 3000t . . . . . salary after t years; t∈{0,1,2,3,4,5,6}
Step-by-step explanation:
We can let b(t) represent Benny's salary function with t being the number of completed years at the law firm, an integer. The function's domain includes only the first 6 years at the firm.
Since Benny gets the same raise each year, The function is linear. Its "y-intercept" is Benny's initial salary, and the rate of change is Benny's annual increase:
b(t) = 70,000 + 3,000t . . . . salary in dollars after t years with the firm
So probability of red rose is 1/24
Probability of white rose is 1/28
TOTAL roses= 50
- P(A)=(1/24)
- P(B)=1/28=0.035
- P(AUB)=1/50
P(A$\cap$ B)=1/24+1/28-1/50
- 175+150-84/4200
- 241/4200=0.057
So Probability of white is
<span>the answer is =<span><span>63j</span>+72</span></span>
