Please help with this as soon as you can. Really need help and no idea how to do it.
1 answer:
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You mean y = b^x.
By plugging different values of x, we find different y-values forming points in the form (x, y).
After 2 or 3 points, we can clearly see that the graph of y = b^x passes through the point (0, 1) and extends forever in the upward direction through quadrant 1.
By plugging different values of x, we find different y-values forming points in the form (x, y).
After 2 or 3 points, we can clearly see that the graph of y = b^x passes through the point (0, 1) and extends forever in the upward direction through quadrant 1.
Answer:
C) 0.179
Step-by-step explanation:
Since the trials are independent, this is a binomial distribution:
<u>Recall:</u>
- Binomial Distribution -->
denotes the probability of
successes in
independent trials
denotes the probability of success on each of
denotes the probability of failure on the remaining
trials
denotes all possible ways to choose
<u>Given:</u>
<u>Calculate:</u>
Therefore, the probability that the archer will get exactly 4 bull's-eyes with 10 arrows in any order is 0.179
<u>page 1:</u>
<u>page 2</u>:
7)
8)
5)
3.3(x+4)
3.3x + 13.2
b.
c.
<u>page 3:</u>
1.
3/4 x = 60
x = (60*4)/3
x = 80
2.
2/5 x =42
x = (42*5)/2
x =105
3.
3/5 y = 40
y = (40*5)/3
y =
y =
4.
5.
6.