Answer:
c. 130%
Step-by-step explanation:
the first box is 100%
the second box is 30%
just add them together
Like this: https://www.desmos.com/calculator/oox8hpz76r
Replace each inequality with an equal sign and graph the corresponding line. Since those inequality symbols do not include the "or equal to" case, graph the line as a dashed line. Then, shade the half of the plane corresponding to the values of x and y that satisfy the inequality. Here, the coefficient of y is positive on the "greater than" side of the inequality, so the plane will be shaded for larger y-values, those above the line in each case.
Answer:
C
Step-by-step explanation:
The answer to you're problem is 62
<h2>
Answer with explanation:</h2>
According to the Binomial probability distribution ,
Let x be the binomial variable .
Then the probability of getting success in x trials , is given by :
, where n is the total number of trials or the sample size and p is the probability of getting success in each trial.
As per given , we have
n = 15
Let x be the number of defective components.
Probability of getting defective components = P = 0.03
The whole batch can be accepted if there are at most two defective components. .
The probability that the whole lot is accepted :

∴The probability that the whole lot is accepted = 0.99063
For sample size n= 2500
Expected value : 
The expected value = 75
Standard deviation : 
The standard deviation = 8.53