Do you know how to calculate the first derivative?
If so, what is h'(x)...
Once you have h'(x) substitute 0 for x into this equation<span />
Answer:
(3)(5) + (1/3)(5) + (3)(1/4) + (1/3)(1/4)
Step-by-step explanation:
(3 1/3)(5 1/4) =
= (3 1/3)(5 + 1/4)
= (3 1/3)(5) + (3 1/3)(1/4)
= (3 + 1/3)(5) + (3 + 1/3)(1/4)
= (3)(5) + (1/3)(5) + (3)(1/4) + (1/3)(1/4)
Answer:
Step-by-step explanation:
Step1: P(Burglary) = .001
Step2: P(Alarm|Burglary Happens) = .92
Step3: Probability of alarm going (in total) = P(Alarm) when burglary happens + P(Alarm) when burglary does not happen.
Step4: Use Bayes theorem.
Hope this is what you were looking for:)
Answer:
approximately 12 payments.
Step-by-step explanation:
you can pay off the loan in a year by multiplying 87.25 and 12. this will give you 1047, which is about 28$ off. then after that year, you can pay off the $28 whenever you finish with the 87.25
