The two equations are in the slope-intercept form, y = mx + b.
m is the slope and it is the rate of change.
b is the constant, and it is the initial value.
Eq. A: y = 3x + 4 ---> rate of change = m = 3; initial value = b = 4
Eq. B: y = 5x + 2 ---> rate of change = m = 5; initial value = b = 2
Now you can see which statement is true.
A. False
B. True
C. False
D. False
Answer:
The probability that an item selected for inspection is classified as defective is 0.01485.
Step-by-step explanation:
Denote the events as follows:
A₁ = an item produced by the company is defective.
A₂ = an item produced by the company is not defective.
X = an item is classified as defective by the inspector.
Given:
P (X|A₁) = 0.99
P (X|A₂) = 0.005
P (A₁) = 0.01
P (A₂) = 1 - P (A₁) = 1 - 0.01 = 0.99
The law of total probability states that:
Use this law to compute the probability that an item selected for inspection is classified as defective as follows:
Thus, the probability that an item selected for inspection is classified as defective is 0.01485.
I’m not 100% certain but i think the slope for PV is -4
Answer:
Could you post a picture of the diagram? One way to check is to graph them and see if the intersect, or see if they do any transversal behavior, or if the there is a line between the parallel lines that is perpendicular to both.
Step-by-step explanation: