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  1. pre-trip_rapture

    Practice Change of Base Formula 5

    Suppose b is a positive constant greater than 1, and let A, B, and C be defined as follows : log_b (2) = A, log_b (3) = B, log_b (5) = C Use the properties of logarithms to evaluate the given expression in terms of A, B, and/or C. Note: Use the change-of-base formula.
  2. pre-trip_rapture

    Practice Change of Base Formula 4

    Suppose b is a positive constant greater than 1, and let A, B, and C be defined as follows : log_b (2) = A, log_b (3) = B, log_b (5) = C Use the properties of logarithms to evaluate the given expression in terms of A, B, and/or C. Note: Use the change-of-base formula.
  3. pre-trip_rapture

    Practice Change of Base Formula 3

    Suppose b is a positive constant greater than 1, and let A, B, and C be defined as follows : log_b (2) = A, log_b (3) = B, log_b (5) = C Use the properties of logarithms to evaluate the given expression in terms of A, B, and/or C. Note: Use the change-of-base formula.
  4. pre-trip_rapture

    Practice Change of Base Formula 2

    Suppose b is a positive constant greater than 1, and let A, B, and C be defined as follows : log_b (2) = A, log_b (3) = B, log_b (5) = C Use the properties of logarithms to evaluate the given expression in terms of A, B, and/or C. Note: Use the change-of-base formula.
  5. pre-trip_rapture

    Practice Change of Base Formula 1

    Suppose b is a positive constant greater than 1, and let A, B, and C be defined as follows : log_b (2) = A, log_b (3) = B, log_b (5) = C Use the properties of logarithms to evaluate the given expression in terms of A, B, and/or C. Note: Use the change-of-base formula.
  6. pre-trip_rapture

    Practice Express As Natural Logs

    Thank you. Very easy. Be back with a few more problems with work shown.
  7. pre-trip_rapture

    Practice In Terms of A, B, and/or C [4]

    Speeding through questions is the only excuse I have for this negative consistency. This is another reason why posting too many questions leads to consistent errors. Starting tomorrow, no more than 3 daily questions. On my days off, no more than 5 questions.
  8. pre-trip_rapture

    Practice In Terms of A, B, and/or C [3]

    You see, I can do math correctly when not pressured by time. I called out for tonight. I am returning to work Saturday night.
  9. pre-trip_rapture

    Practice In Terms of A, B, and/or C [2]

    I'm cooking with gas.
  10. pre-trip_rapture

    Practice In Terms of A, B, and/or C [1]

    I do not know how this is done. I will use MathMagic Lite starting tomorrow. For the rest of today, I will post pictures.
  11. pre-trip_rapture

    Practice Sum & Difference of Logs 8

    Cool. Now, that's how to cook a sword.
  12. pre-trip_rapture

    Practice Sum & Difference of Logs 7

    You are right. Sorry. I posted the same problem twice.
  13. pre-trip_rapture

    Practice Sum & Difference of Log 4

    https://themathhelp.com/threads/express-as-natural-logs.2910/
  14. pre-trip_rapture

    Practice Sum & Difference of Log 4

    Be right back.
  15. pre-trip_rapture

    Practice Sum & Difference of Logs 6

    I was not sure if I needed to distribute the negative sign on line 4.
  16. pre-trip_rapture

    Practice Sum & Difference of Logs 5

    Grandpa played by the late Al Lewis from The Munsters sitcom was given a line in one of the episodes and it goes like this: "Now, that's how to cook a sword."
  17. pre-trip_rapture

    Practice Sum & Difference of Log 4

    Wonderful. A few days ago, I posted three questions about expression logs as natural logs. How is this done?
  18. pre-trip_rapture

    Practice Sum & Difference of Logs 3

    I'm having fun with the Set 5.4. We have a long way to go.
  19. pre-trip_rapture

    Practice In Terms of A, B, and/or C [4]

    Suppose b is a positive constant greater than 1, and let A, B, and C be defined as follows : log_b (2) = A, log_b (3) = B, log_b (5) = C Use the properties of logarithms to evaluate the given expression in terms of A, B, and/or C.
  20. pre-trip_rapture

    Practice In Terms of A, B, and/or C [3]

    Suppose b is a positive constant greater than 1, and let A, B, and C be defined as follows : log_b (2) = A, log_b (3) = B, log_b (5) = C Use the properties of logarithms to evaluate the given expression in terms of A, B, and/or C.