Answer: Hello mate!
each school graduate has a 68% to find a job in their chosen field within a year after graduation.
And we want to know the probability for a randomly chosen group of 11 graduates to all get a job in their area within a year of graduating.
(you used the numbers 6868% and 1111, I am assuming that you write this wrong and repeated the numbers)
Ok! so each of the 11 students has the same probability of 0.68 to find the job. Then the joint probability for the 11 events ( where the events is that each one finds a job) is the product of the probability for each one.
P = (0.68)^11 = 0.01437
and if we round it to the nearest thousandth we get:
p = 0.014
Answer:
The each coffee shops receives 4 cases of juice everyday.
Step-by-step explanation:
The juice company produced 8064 cartons of juice in 21 days each day they produced the same number of cartons.
Therefore, each day the company produces 
cartons.
The juice company delivers those cartons in 16 areas of coffee shops.
So, each coffee shop receives 
cartons of juice.
Now, the cartons were delivered in cases of six cartons per case and each coffee shop received an equal number of cases in each delivery.
Hence, each coffee shops receives 
cases of juice everyday. (Answer)
Ok, 65% of the attendants were men, 25% were women.
That leaves us with 10% remaining.
From those 10% .................The problem tells us that 40% are boys
So 10% * ( 0.4 ) = 4% ..............This means that 4% of the total attendants were boys.
So the distribution is
65%........men
25%........women
4%..........boys
6%...........girls
640 boys attended the game.....> this means that 4% of the total amount of people is 640.
So the number of persons that attended were
T= 100% *(640)) / 4% = 16000 people
To solve this simply divide 4 by 3 and use the long division and do the same for 11 and 9, then compare the values.
Answer:
The answer is 3 it all has the same slope of 3
Step-by-step explanation:
hope that helps <33
