Dr. Finan's study guide is an excellent resource for those preparing to take Actuarial Exam 1/P on probability.
Problems that require numerical answers are answered here, but it is still the responsibility of the student to provide his or her own work for these problems. These answers are meant to enable students to independently verify the correctness of their reasoning by checking to see if the end result they obtained is correct. Questions from the study guide that require proofs or diagrams are not addressed here, as the end result of those questions is known in advance, and it is the responsibility of the student to provide the procedure for getting there.
Section 26
Answer 26.1. 1-e-0.9= about 0.5934303403
Answer 26.3. 1- e−0.5= about 0.3934693403
Answer 26.4. 1-e-1/8= about 0.1175030974
Answer 26.5. e-3/5= about 0.5488116361
Answer 26.6a. e-5/3= about 0.1888756028
Answer 26.6b. e-2/3- e-4/3= about 0.2498199809
Answer 26.7a. e-2= about 0.1353352832
Answer 26.7b. e-4/3- e-7/3= about 0.1666251703
Answer 26.7c. e-3= about 0.0497870684
Answer 26.8. about 0.1339745962
Answer 26.9a. e-1.68= about 0.186373976
Answer 26.9b. e-0.015- e-0.03= about 0.0146664061
Answer 26.10. about 0.4348589372
Answer 26.11. about 10255.89899
Answer 26.12. E(X)= 2+ 3e-2/3
E(X)= about 3.540251357
Answer 26.13. x= about 5644.226968
Answer 26.14. m= about 173.2867951
Answer 26.15. about 0.4204482076
Answer 26.16. about 8.325475924
Answer 26.17. about 0.0181327887
See a list of all the answer keys to Dr. Finan's study guide for Exam 1/P here.
Published by G. Stolyarov II
G. Stolyarov II is a science fiction novelist, independent essayist, poet, amateur mathematician, composer, author, and actuary. View profile
- Answers to Section 15 of Marcel B. Finan's "A Probability Course for the Actuaries"With Dr. Finan's permission, Mr. Stolyarov has written answer keys for the problems in Dr. Finan's free study guide for actuarial students preparing for Exam 1/P. These are answers to Section 15.
- Answers to Section 16 of Marcel B. Finan's "A Probability Course for the Actuaries"With Dr. Finan's permission, Mr. Stolyarov has written answer keys for the problems in Dr. Finan's free study guide for actuarial students preparing for Exam 1/P. These are answers to Section 16.
- Answers to Section 17 of Marcel B. Finan's "A Probability Course for the Actuaries"With Dr. Finan's permission, Mr. Stolyarov has written answer keys for the problems in Dr. Finan's free study guide for actuarial students preparing for Exam 1/P. These are answers to Section 17.
- Answers to Sections 18 and 19 of Marcel B. Finan's "A Probability Course for the A...With Dr. Finan's permission, Mr. Stolyarov has written answer keys for the problems in Dr. Finan's free study guide for actuarial students preparing for Exam 1/P. These are answers to Sections 18 and 19.
- Answers to Section 20 of Marcel B. Finan's "A Probability Course for the Actuaries"With Dr. Finan's permission, Mr. Stolyarov has written answer keys for the problems in Dr. Finan's free study guide for actuarial students preparing for Exam 1/P. These are answers to Section 20.
- Answers to Sections 1 and 2 of Marcel B. Finan's "A Probability Course for the Act...
- Answers to Sections 3 and 4 of Marcel B. Finan's "A Probability Course for the Act...
- Answers to Sections 5 and 6 of Marcel B. Finan's "A Probability Course for the Act...
- Answers to Sections 7 and 8 of Marcel B. Finan's "A Probability Course for the Act...
- Answers to Sections 9 and 10 of Marcel B. Finan's "A Probability Course for the Ac...
- Answers to Sections 11 and 12 of Marcel B. Finan's "A Probability Course for the A...
- Answers to Sections 13 and 14 of Marcel B. Finan's "A Probability Course for the A...




3 Comments
Post a CommentActually, the original answer (still in Dr. Finan's study guide, is correct of 0.1175. The reason is because E(x) is 4 particles per millisecond. The unit of time must always be on the bottom of the E(x) fraction. That means that delta=.25. Thus, the equation is P(x
Thank you for your observation. You are correct, and the answer key has been revised accordingly.
the answer posted for 26.4 is wrong
Question says 4 paricles per milisecond
so rate =4 and E(T)=.25
Asks us P(T>2)
Equation should be e^(-4*(2)) = e^-8