Answer:
Normal distribution table
Step-by-step explanation:
We need to define all the variables that are presented to us in the problem, like this:
Data point in question = xi = 36000
The mean = μ = 32000
The standar variation = s = 3000
calculate the z-score for the left bound
x = 36000:
where μ = 32000, s = 3000, n = 1. (There is only one
teacher in the sample.)
z-score for 36000 is calculated thusly:
It is necessary to look in the normalized table for this value, and look in the area on the left that for 1.33 the result is 0.9082
<em>So our probability is 0.9082 that he or she makes more than $36000</em>
Answer:
PART 1
1.true
2.not true
3.true
4.not true
5.not true
6.true
7 true
8.not true
9.Not true w=8
10.true
11.true
12.not true j=9
13 not true a=4
14 not true y=6
15.not true b=6
16 true
Step-by-step explanation:
1.true
2.not true
3.true
4.not true
5.not true
6.true
7 true
8.not true
9.Not true w=8
10.true
11.true
12.not true j=9
13 not true a=4
14 not true y=6
15.not true b=6
16 true
Answer:
i cannot see the picture to help. sorry
Step-by-step explanation:
Answer:
y=-x-2
Step-by-step explanation:
y-3=-x-5
y=-x-2
we have
This is the equation of a vertical parabola with vertex at point
The parabola open upward------> the vertex is a minimum
This is the equation of a vertical parabola with vertex at point
The parabola open upward------> the vertex is a minimum
so
the rule of the translation is
that means
the translation is units to the right and units up
the graph of the function g(x) is the translated graphic of the function f(x) units to the right and units up
therefore
<u>the answer is</u>
g(x) is shifted units right and units up