Answer:
The graphic is attached
Step-by-step explanation:
Hi
x H(x)
0 6
≥5 lim┬(x→∞)〖h(x)=5〗
≤5 lim┬(n→-∞)〖h(x)= ∞〗
when x tends to infinity the function approaches five above (horizontal asymptote).
when x tends to infinity the function tends to infinity.
Success with your homework.
Answer:
99.38%
Step-by-step explanation:
We have that the mean (m) is equal to 124, the standard deviation (sd) 6.4 and the sample size (n) = 64
They ask us for P (x <126)
For this, the first thing is to calculate z, which is given by the following equation:
z = (x - m) / (sd / (n ^ 1/2))
We have all these values, replacing we have:
z = (126 - 124) / (6.4 / (64 ^ 1/2))
z = 2.5
With the normal distribution table (attached), we have that at that value, the probability is:
P (z <2.5) = 0.9938
The probability is 99.38%
Answer:
The function is "f(x) = 5*x"
Step-by-step explanation:
Everytime we add a number to the independent variable of a function, in this case x, there'll be a common factor between the variable and a pure number. To solve this problem we need to make "(x + 3)" appear. Since we have "f(x+3)" we need to first factor the common denominator. We have:
f(x + 3) = 5*(x + 3)
Therefore,
f(x) = 5*x
Answer:
<h2><em><u>
11 is the answer</u></em></h2>
Step-by-step explanation:
<em><u>1. Write the question.</u></em>
g(n) = n² + 2; Find g(3)
<em><u>2. Find and input the numbers into the equation</u></em>
g(3) = 3² + 2
3² = 9
<em><u>3. Solve the equation</u></em>
g(3) = 3² + 2
= 9 + 2
= 11
<em><u>The answer is 11.</u></em>
Hope this helped,
Kavitha Banarjee
