Which equation best represents the calculation of a future value (fv) using simple interest? fv=pv+(pv×r×n)fv=pv+pv×r×n fv=pv×i×nfv=pv×i×n fv=pv−(pv×r×n)fv=pv−pv×r×n fv=pv×(pv×r×n)fv=pv×pv×r×n which equation best represents the calculation of a future value (fv) using compound interest? fv=pv(1 + r)nfv=pv(1 + r)n fv=pv+(pv×r×n)fv=pv+pv×r×n fv=(1+r)n$25,000.00fv=1+rn$25,000.0 0 fv=pv×(1 + r)n

Your project team’s recommendations to increase productivity have been approved and your team is now working on an implementation plan. in order to accomplish the plan, several subject matter experts from various parts of the organization have been brought in to assist. you have noticed friction and conflict among team members. some of the disagreement and opposition on your team supports the achievement of team goals and objectives. this type of conflict can be described as:

What are the forecasted levels of the line of credit and special dividends? (hints: create a column showing the ratios for the current year; then create a new column showing the ratios used in the forecast. also, create a preliminary forecast that doesn’t include any new line of credit or special dividends. identify the financing deficit or surplus in this preliminary forecast and then add a new column that shows the final forecast that includes any new line of credit or special dividend.) now assume that the growth in sales is only 3%. what are the forecasted levels of the line of credit and special dividends?

Two assets have the following expected returns and standard deviations when the risk-free rate is 5%: asset a e(ra) = 18.5% σa = 20% asset b e(rb) = 15% σb = 27% an investor with a risk aversion of a = 3 would find that on a risk-return basis. a. only asset a is acceptable b. only asset b is acceptable c. neither asset a nor asset b is acceptable d. both asset a and asset b are acceptable