We start with m < A + m < B = m < B + m < C as the given equation. We can rearrange the two terms on the right hand side to get m < A + m < B = m < C + m < B. From here, subtract m < B from both sides to end up with m < A = m < C. The angle B terms go away entirely. This rule I used was the subtraction property of equality. The next rule to use is the symmetric property to go from m < A = m < C to m < C = m < A. This rule is basically where we can flip the two sides of the equation and the equation is the same.
Answer:
The probability that applicants would you expect to have scores of 600 or above = 0.0401 or 4%
Step-by-step explanation:
<u><em>Explanation</em></u>:-
<em>Let "x" Scores are normally distributed </em>
<em> Given mean of the Population = 460 </em>
<em> standard deviation of the population = 80</em>
Let X = 600
<em>The probability that applicants would you expect to have scores of 600 or above</em>
<em>P( X≥600) = P( Z≥ 1.75) </em>
= 1- P( Z≤1.75)
= 1- ( 0.5 + A(1.75)
= 1- 0.5 - A(1.75)
= 0.5 - 0.4599 (from Normal table)
= 0.0401
<em>The probability that applicants would you expect to have scores of 600 or above = 0.0401 or 4%</em>
Answer: The answer is b !
Hope the image helps
We need to see the graph in order to help
Answer: 17223
Step-by-step explanation:
You have to multiply your