Solution
a)
From the equation
The value of b (base) is 5
Since b > 1, It's a Growth
If we set x = 0, we would get the y-intercept.
In this case, y = 1 is the y-intercept.
When x = 1, f(x) = b = 5
(1, b) --> (1, 5)
The horizontal Asymptote is y = 0
Domain
Range
b)
Value of b: 2
Growth or Decay: Growth since b>1
y-intercept: 5
Key point (1, b): (1, 6)
Horizontal Asymptote is y = 4
Domain
Range
The relative frequency with which the coin will land on tails 12 of those times willl be 48%. None of the given options are correct.
<h3>What is the formula for calculating the joint relative frequency?</h3>
Assume you need to compute the joint relative frequency of a certain category inside a larger category. Then there's the proportion of that specific category's frequency to the total frequency of that large category.
If the experiment is run 25 times and we receive tails 12 times, the relative frequency of receiving tails is as follows:
Hence, the relative frequency for the given condition will be 48%.
To learn more about the relative frequency, refer to brainly.com/question/12165221.
#SPJ1
Answer:
5b* because we have no idea what it could stand for
Answer:
25 ÷ 5 + 9 = 14
Step-by-step explanation:
♛┈⛧┈┈•༶♛┈⛧┈┈•༶
Answer:
Probability of winning first situation: 0.0793
Probability of winning second situation: 0.0146
You should go with the first option
Step-by-step explanation:
See attached photo for answers. For this situation you need to identify p-hat, p, q and n.
P-hat, p, and q all stay the same for both situations, only n changes.
p-hat is the proportion of green balls we want, which is 0.7
p = 98/159 = 0.62
q = 0.38 because q = 1 - p, which in this case is q = 1 - 0.62 = 0.38
n = 73 for the first situation, and n = 175 for the second situation