If you are performing at a $2-$Sigma level, but the minimum requirement parameter is set at $100,000$ DPPM $($Defective Parts Per Million$)-$ you are performing above expectations.

True

False

Which situation for understanding your future rate of return could best be laid out using a deterministic model?

A$)$ You are investing $$10,000$ in companies that trade on the NYSE $($New York Stock Exchange$)$ and hope for a $10\%$ rate of return.

B$)$ You are moving all of your volatile stock market investments to a stable bank savings account.

C$)$ You are deciding which $401K$ options to sign$-$up for at your employer based on their respective historic $5-$Yr return.

D$)$ You decide to simplify and just invest everything in a single stock $-$ Amazon.

You're not happy with your current grade in this class and decide to make some changes to improve it over the next $30$ days. Assuming your variables are positively correlated, which of the following would be acceptable to test as the dependent variable?

A$)$ Time spent studying.

B$)$ Points received over a $30-$day period.

C$)30$ calendar days.

D$)$ None of the above.

The MGT$3100$ class average score for the first exam was $28\mathrm{.}6$ of $40$ correct before the curve was applied. There are $40$ total students in the class. The Standard Deviation for the first exam was $1\mathrm{.}1.$ Assuming a normal distribution of scores, how many student scores would be expected to fall between $29\mathrm{.}7$ and $30\mathrm{.}8?$

A$)$ More than half

B$)1-2$

C$)5-6$

D$)10-11$