Which best describes the relationship between the successive terms in the sequence shown?
2 answers:
You might be interested in
Answer: The correct option is 1.
Explanation:
The given piecewise function is,
It means if x<0, then
If , then
Since the f(x) is defined for x<0 and , therefore the function f(x) is not defined for
.
From the graph 2, 3 and 4 we can easily noticed that for each value of x there exist a unique value of y, therefore the function is defined for all values of x, which is not true according to the given piecewise function.
Only in figure the value of y not exist when x lies between 0 to 2, including 0. It means the function is not defined for , hence the first option is correct.
Length of circular track is:
L = 2*r*pi
He run 3/4 of it so length is:
L' = 3*2/4*r*pi = 3/2*r*pi
To calculate speed of his movement we use formula:
v = s/t where s = L' and t = 1 minute 45 seconds = 105 seconds
v = L'/t =
v = r* pi/70
If we take that r = 1 answer is
L = 2*r*pi
He run 3/4 of it so length is:
L' = 3*2/4*r*pi = 3/2*r*pi
To calculate speed of his movement we use formula:
v = s/t where s = L' and t = 1 minute 45 seconds = 105 seconds
v = L'/t =
v = r* pi/70
If we take that r = 1 answer is
Answer:
P[(X=n+k)] ∩ X>n)] =P[X=K]
Step-by-step explanation:
If X is a geometric random variable then
for success probability = p
so for failure q= 1-p
Now as given
Now for the P parameter we have
x∈{1,2,3,....∞}
P[(X=n+k)] ∩ X>n)] = P(X=n+K)
P[(X=n+k)] ∩ X>n)] =
P[(X=n+k)] ∩ X>n)] =
P[(X=n+k)] ∩ X>n)] =P[X=K]