Answer:
no i don't think so
Step-by-step explanation:
Present Value of an annuity is given by the formular
PV = P(1 - (1 + r)^-n)/r; where PV = $28,000, r = 0.081/12 = 0.00675, n = 35 and P is the periodic (monthly) payment.
P = PVr/(1 - (1 + r)^-n) = (28,000 x 0.00675)/(1 - (1 + 0.00675)^-35) = 189/0.2098 = 900.90
Therefore, the monthly payment is $900.90
May be there is an operator missing in the first function, h(x). I will solve this in two ways, 1) as if the h(x) = 5x and 2) as if h(x) = 5 + x
1) If h(x) = 5x and k(x) = 1/x
Then (k o h) (x) = k ( h(x) ) = k(5x) = 1/(5x)
2) If h(x) = 5 + x and k (x) = 1/x
Then (k o h)(x) =k ( h(x) ) = k (5+x) = 1 / [5 + x]
Q= Analysts determined that a baseball team had a 25% chance of winning its next game. Which simulation could you use to answer questions about winning the game?
Answer:
<u>For this question, there is a 75% chance of loosing.</u>
<h3><em>
<u>In a similar question .........</u></em></h3>
Q= Analysts determined that a basketball team had a 50% chance of winning its next game. Which simulation could you use to answer questions about winning the game?
A<u>= the team has 50% probilty of suscseeding</u>
<u>So we should use a simulation that also has the same posiblities.
</u>
<u>
so flipping a coin can be used in this situaouion </u>
<u> as it has 2 ends each with probability 1/2. Therefore in this question answer is 50 % </u>
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<h3>
<u>Therfore the answer is 75% because if you see the answer and question to the example I have proivedand see how you get that answer you will undrestnad the promblem you have. </u></h3>
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<h2><u>I Hope this helps!</u></h2><h2><u>Have a great day !</u></h2><h2><u>Please mark brianest if it deserves too ! </u></h2>
