Answer:
Bartering is the correct answer.
Explanation:
Kai is the engineer that setup his company of IT and his friend who sells the goods for his company. Then he decided to develop a software of the stock management for his friend's store for this his friend gives the required office goods and equipment for his company. So, the bartering is best suited for the following statement.
I believe this should have some multiple choice options: Application, System, Volume, Security.
The correct answer is volume.
Answer:
Desktop
Explanation:
A desktop computer is a personal computing machine designed to be used on top of a usual office desk.
It accommodate in it the physical hardware that makes a computer run and connects to input devices like the mouse, monitor, and keyboard users interact with. Desktop computers are mostly used in enterprise and business environment, including in consumer use cases such as for gaming. In the enterprise, they are vital since they are the major medium for many users to do their day to day jobs.
Answer:
The probability that you have the disease, given that your test is positive is ≈ 0.0098
Explanation:
This is a conditional probability problem.
Let P(A|B) denote the conditional probability of A given B and it satisfies the equation
- (1) P(A|B) = P(A) × P(B|A) / P(B)
We have the the probabilities:
- P(Testing Positive | Having Disease) =0.99
- P(Testing Negative | Not Having Disease) =0.99
- P(Testing Positive | Not Having Disease) = 1-0.99=0.01
- P(Having Disease) = 0.0001 (striking only one in 10,000 people)
- P(Not Having Disease)= 1 - 0.0001 = 0.9999
<u>We can calculate</u>:
P(Testing Positive) =
P(Having Disease) × P(Testing Positive | Having Disease) + P(Not Having Disease) × P(Testing positive | Not Having Disease ) = 0.0001×0.99 + 0.9999×0.01 =0.010098
<u>from </u><u>(1) </u><u>we have the equation</u>:
P(Having Disease|Testing Positive)=P(Having Disease) × P(Testing Positive | Having Disease)/ P(Testing Positive) = 0.0001×0.99/0.010098≈0.0098
Thus, the probability that you have the disease, given that your test is positive is ≈ 0.0098
Answer:
Explanation:
The Rectangle and Point class is not provided in this question but was found online. Using that code as guidance I created the following method named contains. This method takes in a Point object and checks to see if the x-axis point is inside the parameters of the Rectangle class and then checks the same for the y-axis. If it is inside the Rectangle then the method returns true otherwise it returns false.
def contains(self, point):
return self.width > point.x >= self.corner.x and self.height > point.y >= self.corner.y
