It’s OK to take an idea from a book or article and re-write it in your own words without citing it. 

What are some of the of content links a student might find under the “Modules” link in a course in Canvas (check all that apply):

The required elements of an APA citation for a journal article from a database are: 

Question 13. Refer to “section 4” of the same SDS. Suppose your lab partner is eating their lunch in lab (a big “No-No!). They accidentally pick up a cup containing methanol and drinks it. What should you do? 

When citing a direct quotation in the body of your paper: 

Q15. An investor is faced with choosing to invest $5 million between a portfolio of risky assets and a risk-free asset. The investor can choose only one of the three risky portfolios in the table below. The investor has a risk aversion coefficient of lambda = 3 and the risk-free rate is 4%. What percentage of the investor’s $5 million wealth will be invested in the risk-free asset? Portfolio A B C E(R) 5.0% 12.0% 13.0% Std. Dev 8.0% 25.0% 25.5% Hint:  w ∗ = ( E ( R ) − R f ) / ( λ σ 2 ) {“version”:”1.1″,”math”:”w^* = (E(R) – R_f)/(\lambda\sigma^2) “}where w* is the weight of the risky asset. 

Q2. Pension funds normally support charitable activities that are disbursed to unaffiliated recipients

Q23. When the shortfall constraint is binding, then:

The ABC analysis is based on Pareto’s law.

Q15. An investor is faced with choosing to invest $1 million between a portfolio of risky assets and a risk-free asset. The investor can choose only one of the three risky portfolios in the table below. The investor has a risk aversion coefficient of lambda = 2 and the risk-free rate is 3.5%. How much of the $1 million budget will be invested in the risky asset? Portfolio A B C E(R) 4% 10% 15% Std. Dev 8% 29% 33% Utility 0.0336 0.0159 0.0411 Hint:  w ∗ = E ( R P ) − R f λ σ 2 {“version”:”1.1″,”math”:”w^* =\frac{E(R_P) – R_f}{\lambda\sigma^2}”}