Answer:
The two quantitative elements of process variation are:
a. common cause and special cause.
Step-by-step explanation:
When a process fails to follow the prescribed process pattern, with reduced productivity, higher costs, longer lead times, and late deliveries, a process variation has occurred. Thus, process variation is a leading cause of quality issues. There are common cause variation, which is inherent in the system itself, and special cause variation, which is caused by external factors outside of the system. Process variations can be reduced by reducing the common and special cause variations, among other steps.
Answer:
A. 7%
Step-by-step explanation:
We build the Venn's diagram of these probabilities.
I am going to say that:
A is the probability that a resident owns a car.
B is the probability that a resident owns a truck.
We have that:
In which a is the probability that a resident has a car but not a truck and is the probability that a resident has both a car and a truck.
By the same logic, we have that:
4% of residents own both a car and a truck.
This means that
56% of residents own a car
This means that . So
What is the conditional probability that a person who owns a car also owns a truck?
So the correct answer is:
A. 7%
Answer:
Jake is a college sophomore and a math and science prodigy. ... Morley Safer and producer Katy Textor did just that.
Step-by-step explanation:
Bruh.
Answer:A≈314.16in²
Step-by-step explanation:
Unit Conversion:
d=20in
Using the formulas
A=πr2
d=2r
Solving forA
A=1
4πd2=1
4·π·202≈314.15927in²
Jake has a longer yarn because feet are longer than inches