Answer:
For this case if the two events described are independent we need to satisfy:
1)
Since by definition of independence the event shower gel is not dependent of the event scented
We also need to have that:
And the second condition that we need to satisfy is :
2)
The product of the individual probabilities represent the intersection of the two events
If we satisfy the conditions described above then we can consider the events "shower gel" and "scented" as independent events.
Step-by-step explanation:
For this case if the two events described are independent we need to satisfy:
1)
Since by definition of independence the event shower gel is not dependent of the event scented
We also need to have that:
And the second condition that we need to satisfy is :
2)
The product of the individual probabilities represent the intersection of the two events
If we satisfy the conditions described above then we can consider the events "shower gel" and "scented" as independent events.
What are you trying to solve exactly ??
50 thatat is the rate of change for the relationship represented in the graph?
Bobby is right, because at x = -2, 3, and 5, the denominator of the function equals zero, which is by definition undefined.