The triangles are similar (proof of that is a different question), so the ratio of horizontal side to long side is the same for each.
The distance from A to E is 11,700 feet.
First prove that triangles ABD and ACE are similar (AA).
Then using corresponding sides of similar triangles are proportional, we can form the proportionality equation
AE/AC = AD/AB
=> AE/(7000+5600) = 5200/5600
Cross multiply,
AE=5200/5600*(12600)
=11700 feet
Answer:
45
Step-by-step explanation:
So more than 3 people.
Families with 4 =245
Families with 5=125
Families with 6=66
Families with 7=10
Families with 8=4
Add up (this will be our numerator)
Add up all the frequency numbers to get your denominator.
So the answer is =450/1000=45/100=45%
(0, 2)
(0, -2)
(0, -2)
The length of the line is approximately 5 people.
To find the length of the line given the arrival rate, service rate, and average waiting time, you can use the following formula:
Length of the line = (Arrival rate × Average waiting time) + (Arrival rate / Service rate)
First, convert the average waiting time from minutes to hours:
24 minutes = 24/60 = 0.4 hours
Now, plug in the given values into the formula:
Length of the line = (9 arrivals/hour × 0.4 hours) + (9 arrivals/hour / 14 services/hour)
Length of the line = (3.6 arrivals) + (0.6429 arrivals)
Length of the line ≈ 4.24 arrivals
Since you can't have a fraction of a person in the line, round up to the nearest whole number:
Length of the line ≈ 5 arrivals
So, the length of the line is approximately 5 people.
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