The probability that an event will occur is 1/4. Which of the following best describes the likelihood of the event occurring?
2 answers:
Hey!
Let's see here. If an event occurs only
of the time out of 
of the time, then it will probably never happen again. If your not good with fractions, the best way to solve this problem would be to use or create a pie chart that represents the situation.
Below the answer, I have provided a pie chart for you take a look at. Notice how the graph is shaded in two different colors. The part of the graph that is shaded orange represents the probability of the event occurring again. And the area shaded in green represents the rest of the whole.
The orange portion of the pie chart is much less than that which is green.
<em>This shows us that the likelihood of that event occurring again is in fact </em> unlikely.
Hope this helps!
- Lindsey Frazier ♥
Let's see here. If an event occurs only
Below the answer, I have provided a pie chart for you take a look at. Notice how the graph is shaded in two different colors. The part of the graph that is shaded orange represents the
The orange portion of the pie chart is much less than that which is green.
<em>This shows us that the likelihood of that event occurring again is in fact </em> unlikely.
Hope this helps!
- Lindsey Frazier ♥
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Answer:
The distance the Bensons had traveled from their home hours after picking up their grand parents 292.5 miles
Step-by-step explanation:
The given equation for the distance the Benson family traveled from their home can be presented as follows;
d = 55·t + 100
Where;
d = The total distance that the Benson family has traveled from their home after traveling 100 miles to pick up their grandparents
t = The time duration the Benson family have been traveled from their grandparents home on the way to their vacation
To find how far from their home the Bensons will be after 3 1/2 hours of driving with their grand parents, we substitute t with 3 1/2 hours or 3.5 hours as follows;
d = 55·t + 100
When t = hours, we get;
Therefore, the distance the Bensons had traveled from their home hours after picking up their grand parents = 292.5 miles.
Answer:
The sequence of functions converges to the function
.
Step-by-step explanation:
The limit exists and converges to zero whenever
. But, if
the sequence
is constant and all its terms are equal to
, then converges to
. Using this result, consider the sequence of functions
defined on the interval
by
. Then, for all
we have that
. Now, if
, then
. Therefore, the limit function of the sequence of functions is
.
To show that the convergence is not uniform consider . For any
choose
such that
. Then
This implies that the convergence is not uniform.