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Build up your confidence to state and establish the addition theorems on probability and use them in solving problems.

(1) Theorems on basic laws of probability.

  • Introductory Lecture
  • Theorem 1 on basic laws of probability.
  • Theorem 2 on basic laws of probability
  • Theorem 3: Addition theorem for two events.
  • Theorem 4: Addition theorem for mutually exclusive events.
  • Theorem 5: Addition theorem for mutually exclusive and exhaustive events
  • Theorem 6: Addition theorem for three events
  • Odds of an event
  • Theorem 7: Probability of occurrence of a complementary event.
  • Theorem 8: Theorem on odds of an event
  • Theorem 9: Results on occurrence of a complementary event.
  • Theorem 10: Application of addition theorem for two events .
  • Theorem 11: Application of theorem 3 and theorem 9.
  • Use of probability in solving coin and die problem
  • Probability & game of cards
  • Problem based on combinations or selections
  • Conclusion

(2) Addition theorems on probability

  • Introductory Lecture
  • Theorem 1 on basic laws of probability.
  • Theorem 2 on basic laws of probability
  • Theorem 3: Addition theorem for two events.
  • Theorem 4: Addition theorem for mutually exclusive events.
  • Theorem 5: Addition theorem for mutually exclusive and exhaustive events
  • Theorem 6: Addition theorem for three events
  • Odds of an event
  • Theorem 7: Probability of occurrence of a complementary event.
  • Theorem 8: Theorem on odds of an event
  • Theorem 9: Results on occurrence of a complementary event.
  • Theorem 10: Application of addition theorem for two events .
  • Theorem 11: Application of theorem 3 and theorem 9.
  • Use of probability in solving coin and die problem
  • Probability & game of cards
  • Problem based on combinations or selections
  • Conclusion

(3) Theorems on odds of an event and occurrence of a complementary event.

  • Introductory Lecture
  • Theorem 1 on basic laws of probability.
  • Theorem 2 on basic laws of probability
  • Theorem 3: Addition theorem for two events.
  • Theorem 4: Addition theorem for mutually exclusive events.
  • Theorem 5: Addition theorem for mutually exclusive and exhaustive events
  • Theorem 6: Addition theorem for three events
  • Odds of an event
  • Theorem 7: Probability of occurrence of a complementary event.
  • Theorem 8: Theorem on odds of an event
  • Theorem 9: Results on occurrence of a complementary event.
  • Theorem 10: Application of addition theorem for two events .
  • Theorem 11: Application of theorem 3 and theorem 9.
  • Use of probability in solving coin and die problem
  • Probability & game of cards
  • Problem based on combinations or selections
  • Conclusion

(4) Problem solving section

  • Introductory Lecture
  • Theorem 1 on basic laws of probability.
  • Theorem 2 on basic laws of probability
  • Theorem 3: Addition theorem for two events.
  • Theorem 4: Addition theorem for mutually exclusive events.
  • Theorem 5: Addition theorem for mutually exclusive and exhaustive events
  • Theorem 6: Addition theorem for three events
  • Odds of an event
  • Theorem 7: Probability of occurrence of a complementary event.
  • Theorem 8: Theorem on odds of an event
  • Theorem 9: Results on occurrence of a complementary event.
  • Theorem 10: Application of addition theorem for two events .
  • Theorem 11: Application of theorem 3 and theorem 9.
  • Use of probability in solving coin and die problem
  • Probability & game of cards
  • Problem based on combinations or selections
  • Conclusion

(5) Interactive Quiz section

  • Introductory Lecture
  • Theorem 1 on basic laws of probability.
  • Theorem 2 on basic laws of probability
  • Theorem 3: Addition theorem for two events.
  • Theorem 4: Addition theorem for mutually exclusive events.
  • Theorem 5: Addition theorem for mutually exclusive and exhaustive events
  • Theorem 6: Addition theorem for three events
  • Odds of an event
  • Theorem 7: Probability of occurrence of a complementary event.
  • Theorem 8: Theorem on odds of an event
  • Theorem 9: Results on occurrence of a complementary event.
  • Theorem 10: Application of addition theorem for two events .
  • Theorem 11: Application of theorem 3 and theorem 9.
  • Use of probability in solving coin and die problem
  • Probability & game of cards
  • Problem based on combinations or selections
  • Conclusion

(6) Course wrap-up

  • Introductory Lecture
  • Theorem 1 on basic laws of probability.
  • Theorem 2 on basic laws of probability
  • Theorem 3: Addition theorem for two events.
  • Theorem 4: Addition theorem for mutually exclusive events.
  • Theorem 5: Addition theorem for mutually exclusive and exhaustive events
  • Theorem 6: Addition theorem for three events
  • Odds of an event
  • Theorem 7: Probability of occurrence of a complementary event.
  • Theorem 8: Theorem on odds of an event
  • Theorem 9: Results on occurrence of a complementary event.
  • Theorem 10: Application of addition theorem for two events .
  • Theorem 11: Application of theorem 3 and theorem 9.
  • Use of probability in solving coin and die problem
  • Probability & game of cards
  • Problem based on combinations or selections
  • Conclusion

Visit Probability for Beginners : Building a Foundation (Part 2) (Udemy) to read more...

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