Total = Principal * (1 + .06)^7
Total = 4,000 * (1.06) ^ 7
Total = 4,000 *
<span>
<span>
<span>
1.503630259
</span>
</span>
</span>
<span><span><span>Total = 6,014.52</span>
</span> </span>
The probabilities in each of the given categories are; A) 51.33%; B) 51.33% C) 30.33% D) 30.33%
<h3>How to find the Probability of Selection?</h3>
The number of ways to select 2 out of 25 is; 25C2 = 25! / (23! * 2!)
= 25*24/2
= 300
(A) Probability of selecting 1 male and 1 female:
[(11C1) * (14C1)]/300 = [11!/(10! * 1!)] * [(14!/(12! * 2!))
= 51.33%
(B) Probability of selecting 1 female and 1 male:
[(14C1) * (11C1)]/300 = 51.33%
(C) Probability that 2 females are selected is;
(14C2)/300 = 30.33%
D) Probability that no males are selected is;
P(no males) = (11C0 * 14C2 )/300 = 30.33%
Read more about probability of Selection at; brainly.com/question/251701
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It can be helpful to graph the system. The appropriate choice is ...
... (0, 2) and approximately (1.91, 0.09)
Such a system of equations has no algebraic solution. Some graphing calculators will identify the points of intersection of the graphs to full calculator precision. Others can help you iterate a solution, if you need better accuracy.
Answer:
Z is less than or equal to 6
Step-by-step explanation: