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ACTUARIAL SCIENCE 303 QUESTIONS AND VERIFIED ANSWERS|100% CORRECT|GRADE A+ R160,66
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ACTUARIAL SCIENCE 303 QUESTIONS AND VERIFIED ANSWERS|100% CORRECT|GRADE A+

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ACTUARIAL SCIENCE 303 QUESTIONS AND VERIFIED ANSWERS|100% CORRECT|GRADE A+

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  • August 12, 2024
  • 8
  • 2024/2025
  • Exam (elaborations)
  • Questions & answers
  • Actuarial Science
  • Actuarial Science
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ACTUARIAL SCIENCE 303 QUESTIONS
AND VERIFIED ANSWERS|100%
CORRECT|GRADE A+
accumulation function simple interest - ANSWER 1 + i * t



Accumulated Amount - ANSWER A(t) = A(0) * a(t)



Accumulation Function Compound Interest - ANSWER (1 + i) ^ t



rate of discount - ANSWER [A(t) - A(t - 1)] / A(t)



present value v = - ANSWER 1 / (1 + i)



To take the value back to time 0 - ANSWER A(t) * (v ^ t)



In terms of discount, i = - ANSWER d / (1 - d)



In terms of interest, d = - ANSWER i / (1 + i)



a(6,10) is the same as - ANSWER a(4)



In terms of accumulated value, 1 - d = - ANSWER A(n) / A(n + 1)



In terms of accumulated value, 1 + i = - ANSWER A(n + 1) / A(n)



In terms of i, 1 - d = - ANSWER 1 / (1 + i)



In terms of d, 1 + i = - ANSWER 1 / (1 - d)

, (1 + j) ^ p = - ANSWER Annual Effective interest rate i



Force of interest equation - ANSWER δt = Derivative a(t) / a(t)



In words, the force of interest is - ANSWER The instantaneous change in the accumulation function



For simple interest, as t increases, δ ___ - ANSWER Decreases



jmontly accumulation function - ANSWER (1 + jmonthly) ^ 12t



Force of interest accumulation function - ANSWER e ^ integral from 0 to t(δs)



Constant force of interest accumulation function - ANSWER e ^ δt



i ^ (m) in words - ANSWER The nominal annual rate of interest convertible (m) times per year



i ^ (m) / m - ANSWER mthly effective rate of interest



the limit as m approaches infinity of i ^ m = - ANSWER δ



d ^ (p) / p - ANSWER pthly effective rate of discount



in terms of i, (1 + (i ^ m) / m) ^ m = - ANSWER 1 + i, annual effective rate of interest



in terms of d, (1 / (1-(d ^ p/ p)) ^ p) - ANSWER



In terms of d, v = - ANSWER 1 - d

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