To do this problem, first you are going to want to turn 186% into a decimal which is 1.86. Now you put 56.73 over 1.86.................. 56.73/1.86.
Then you should divide 56.73 by 1.86 then you should get 30.5.
EXTRA.
if you want to find the percent, all you have to do is multiply 30.5 by 100.
you would get 3050%
Hope this helped and have an awesome day!
Step One
Subtract 32 from both sides.
F - 32 = 9/5(k - 273.15)
Step Two
Multiply by 5/9 on both sides.
5/9*(F - 32) = 5/9 * 9/5 (k - 273.15)
5/9*(F - 32) = k - 273.15
Step Three.
Add 273.15 to both sides.
5/9*(F - 32) + 273.15 = k
Problem B
F = 180
<em><u>Solve</u></em>
5/9*(F - 32) + 273.15 = k
5/9*(180 -32) + 273.15 = k
5/9*148 + 273.15 = k
82.2222 + 273.15 = k
355.37 = k
k = 355.4 <<< Answer
Answer:
Option d: Your friend is wrong, the statement should be revised as "the probability of obtaining a sample mean of 105 or more extreme from a random sample of n = 40 when the true population mean is assumed to be 100."
Step-by-step explanation:
We are given;
Null hypothesis; H0 : μ = 100
Alternative hypothesis; HA : μ ≠ 100
Sample mean; x = 105
Sample standard deviation; s = 10
Sample size; n = 40
p - value = 0.0016
Looking at the options, the first option is wrong because the sample size is not irrelevant her since it's more than 30.
The second option can't be correct because they just told us he is right without giving explanation.
The third option is wrong because 100 is the true population mean and not 150.
Thus we are left with Option D as the correct answer.