9 and 6 would be the answer because divide by 2 then add 1 to one side and subtract 1 from another,
For the numbers below find the percentile rank<span> (the % of individuals scoring below). ... For the numbers below find percent of cases falling between the two </span>z-scores<span>. ... The patient </span>scores<span> a 45 on the test (mean = </span>52, standard deviation of 5.<span>Find the </span>z-scores<span> corresponding to each of the following values: a) A score ... On one subtest, the </span>raw scores<span> have a mean of 35 and a standard deviation of 6. Assuming ... a) Separate the highest 30% from the rest of the distribution. .</span>52<span> ... For the </span>z-scores<span> below, find the </span>percentile rank<span> (percent of individuals scoring below):.</span>
Answer:
The chance that the second person has the same birthday is 1/365. To find the probability that both people have this birthday, we have to multiply their separate probabilities. (365/365) * (1/365) = 1/365, or about 0.27%
1. To represent a function all inputs need to only have ONE output. The inputs are the x values and the outputs are the y values. So, your answer would be all of the except the last 3.
Step-by-step explanation:
Divide two on both sides to get rid of it and the make the equation in the form y = mx + c
y = 3/2x + 5
since both lines are parallel they must have the same gradient which is 3/2
y = 3/2x + c
All you have to do now is to replace x and y with (2, -5) to find c
x = 2
y = -5
-5 = 3/2 × 2 + c
-5 = 3 + c
c = -5-3
c = -8
