What is the Annual Rate of Return for a Charitable Foundation's Donation?

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SUMMARY

The annual rate of return for a charitable foundation's donation of $4 million, which allocates $200,000 annually for the first 5 years and $1 million thereafter, is calculated to be approximately 31.57%. However, further analysis suggests that the expected rate of return should be closer to 15%, assuming a uniform series for the first 6 years. The calculations involve present worth equations and uniform series formulas, indicating the need for iterative methods to refine the rate of return.

PREREQUISITES
  • Understanding of present worth calculations (PWd = PWr)
  • Familiarity with uniform series formulas (P/A, i, n)
  • Basic knowledge of financial mathematics and interest rates
  • Experience with iterative methods for solving equations
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  • Learn about uniform series and their impact on financial projections
  • Explore iterative methods for solving complex financial equations
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Financial analysts, charitable foundation managers, and anyone involved in long-term financial planning and investment analysis will benefit from this discussion.

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Homework Statement



A charitable foundation received a donation from a wealthy building contractor in the amount of $4 million. It specifies that $200,000 is to be awarded each year for 5 years starting now (i.e., 6 awards) to a university engaged in research pertaining to the development of layered composite materials. Thereafter, grants equal to the amount of interest earned each year are to be made. If the size of the grants from year 6 into the indefinite future is expected to be $1,000,000 per year, what annual rate of return is the foundation earning?


Homework Equations



PWd=PWr

The Attempt at a Solution



PWd= PWr
4=0.2 + 0.2(P/A,i,5) + 1(P/A,i,infinity)
3.8 = 0.2(P/A,i,5) + 1(P/A,i,infinity)
3.8=0.2(1/i) +1(1/i)
3.8 = 1.2(1/i)+(1/i)
i= 31.57%

it seems too high, any help would be appreciated


i= 31.57%
 
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If you assume the rate of return is the same the entire time (i.e. during the initial 6-year period and thereafter), what you have is a uniform series (I think that's the right term) for 6 years such that the future value of that series will have interest of exactly $1M per year. I believe the solution needs to be obtained iteratively and should be around 15%.
 

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