Answer:
The sample space (S) that consists of all elements is:
S = {red, red, red, red, white, white, white, white, blue, blue, blue, blue}.
The number of ways (N) that the four letters F, A, I, R can be arranged is:
N = 4 x 3 x 2 x 1 = 24
Hope this helps!
We first get the gradient of the equation of a line by taking the
change in y over change in x
Hence our gradient will be
(6-9.5)/(8-1)=-3.5/7=0.5
Taking an arbitrary point(x,y) and using our gradient we get
and one of the points above we get
(y-6)/(x-8)=0.5
y-6=0.5*(x-8)
y-6=0.5x-4
y=0.5x+2 or y=1/2x+2
which is the line of our equation the answer we are
asked for.
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Answer:
1/5
Step-by-step explanation:
The Constraint is ; those who rode the bus, hence it is conditional because we aren't focused on students, only students who rode the bus.
Now we want the frequency of those who were late Given that they rode the bus : for these we have 3 students
Total number of students who rode the bus , total possible outcome = 15
Hence, the conditional frequency = (number who rode bus and were late / otal number who rode the bus)
Hence, we have ; 3 / 15 = 1 / 5
Answer:
6/1
Step-by-step explanation: you divide 24 by 4 therefore leaving the equation x=6 but if you wanted the denominator you would put 24 over 4 and that simplifies to 6/1
