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:
Its the third one.
Step-by-step explanation:
I dont know what to write for the explanation but the other answers dont match up with the ratio. Hope this helps!
(-2^6)^(2/3) = -2^(6*2/3) = -2^(4) = -16
Shouldn't be an imaginary number though.
(goh)=g(h(x))
h(0)=0^2+4=4
g(4)=8
(goh)(0)=8
Answer:
for the first one: 30/100
second one: 50/100
Step-by-step explanation:
first one: take 3/10 * 100/100 - without simplify
second one: 3/10 + 2/10 = 5/10 which is 1/2 then 1/2 * 100/100 = 50/100 - without simplify
the answer are in bold