The answer to the statement is yes. It is because laws are important to promote fairness and peace. Laws are established to get things done in order and in different places and environment, there are different laws to be followed in which the statement above is related to it.
Answer:
Kindly check explanation
Explanation:
Given the data:
x___ f(x)
10__ 0.05
20__0.10
30__0.10
40__0.20
50__0.35
60__0.20
a. Is this probability distribution valid?
Yes
Σf(x) = (0.05 + 0.10 + 0.10 + 0.20 + 0.35 + 0.20) = 1
0≤f(x)≤1
b. What is the probability MCC will obtain more than 30 new clients
X = 40 + x = 50 + x = 60
0.20 + 0.35 + 0.20 = 0.75
c. What is the probability MCC will obtain fewer than 20 new clients
x = 10
f(x) = f(10) = 0.05
d)Compute the expected value and variance of x.
Expected value (E(x)) :
Σ(x * f(x))
= (10*0.05) + (20*0.1) + (30*0.1) + (40*0.2) + (50*0.35) + (60*0.2)
= 43
Σ(x * E(x))² * f(x)
= (10 - 43)^2 * 0.05 + (20 - 43)^2 * 0.1 + (30 - 43)^2 * 0.1 + (40 - 43)^2 * 0.2+ (50 - 43)^2 * 0.35 + (60 - 43)^2 * 0.2
= 201
Answer:
Cp = 1.667
Cpk = 1.25
The filling process will deliver the customer's specifications since Cp > 1 and Cpk > 1
Explanation:
Given data:
Customer Specification 3.98 4.02
Process Average 4.005
Process Standard Deviation 0.004
<u>Calculate the Cp and Cpk values</u>
Cp = Δ customer specification / ( 6 * std )
= (4.02 - 3.98 ) / ( 6 * 0.04 )
= 0.04 / 0.24 = 0.1667 + 1 = 1.667
Cpk ( upper ) = ( 4.02 - process average ) / ( 3* std )
= ( 4.02 - 4.005 ) / ( 3 * 0.004 ) = 1.25
Cpk ( lower ) = ( process average - 3.98 ) / ( 3 * std )
= ( 4.005 - 3.98 ) / ( 3 * 0.04 ) = 2.083
Cpk = minimum value of Cpk = 1.25
The answer is that, "Mary was conducting an experiment".
Mary has done the experiment by raising the price of cookies every week, and when her experiment finished, she concluded a result from her experiment about the price of cookies which is more profitable. So in daily life we do many experiments to get conclusion from them sometimes it takes more time some times less.
If the required reserve ratio is 2.50 percent, the monetary multiplier is 40.
The money multiplier gives us the ratio of deposits to reserves (i.e. 1/R). That means, if the reserve ratio is 2.50% (i.e. 0.025), the money multiplier is 40 (i.e. 1/0.025). Thus, an initial deposit of USD 1,000 will end up creating a total of USD 40,000 in new money.
If the monetary multiplier is 5, the required reserve ratio is 20%.
Playing with the original multiplier formula, we can derive that R=1/m (m is money multiplier). If the money multiplier is 5, then the reserve ratio is 20% (i.e. 1/5 or 0.20).
