Answer:
I used the function normCdf(lower bound, upper bound, mean, standard deviation) on the graphing calculator to solve this.
- Lower bound = 1914.8
- Upper bound = 999999
- Mean = 1986.1
- Standard deviation = 27.2
Input in these values and it will result in:
normCdf(1914.8,9999999,1986.1,27.2) = 0.995621
So the probability that the value is greater than 1914.8 is about 99.5621%
<u><em>I'm not sure if this is correct </em></u><em>0_o</em>
Answer:
Step-by-step explanation:
0.03550295857
The price of the new car is 32 998.00 dollars
=> he made a down payment of <span>4,200.00 dollars
=> </span>32 998.00 - 4,200.00 = 28 798 dollars remaining
=> She pays 525 dollars for the next 5 years
=> 525 * 12 months = 6300 dollars * 5 years = 31 500 dollars
=> 31 500 dollars - 28 798 = 2702
=> 2702 / 5 years = 540.4 dollars is the APR.
Answer:
find the value by your nearest round estimate
