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How did you determine the unknown values in the frequency distribution table?

Answers

  • Réponse publiée par: hannahleigh
    “if cloud is not dark, then it will not rain”
  • Réponse publiée par: meteor13
    1.s
    2.double negation 
    3.premise
    4.~r
    5.or
    6.disjunctive syllogism
  • Réponse publiée par: taekookislifeu

    The final answer is 3.12 meters

  • Réponse publiée par: snow01
    You got an ordered pair as result right?
    If not, put the x and y value together, in an ordered pair. (x, y)

    An ordered pair has a pair of values in this format (x, y). To be able to determine if it's a true solution, substitute the x-coordinate and the y-coordinate to the systems you have solved on.

    Let's say you have 2 systems:
    2x + 3y = 18
    5x - 3y = 17

    That should have a point of intersection (the solution) of === (5, 8/3)

    To check if it's true, CHECK it:

    ● Let's use 2x + 3y = 18 as our FIRST equation to solve.
    ● Substitute 5 to the "x" in the equation because it's the x-coordinate of the ordered pair.

    2(5) + 3y = 18

    ● Substitute 8/3 to the "y" in the equation because it's the y-coordinate of the ordered pair.

    2(5) + 3(8/3) = 18

    Evaluate.

    10 + 8 = 18
    18 = 18 Correct!

    ● Let's use 5x - 3y = 17 as our FIRST equation to solve.
    ● Substitute 5 to the "x" in the equation because it's the x-coordinate of the ordered pair.

    5(5) - 3y = 17

    ● Substitute 8/3 to the "y" in the equation because it's the y-coordinate of the ordered pair.

    5(5) - 3(8/3) = 17

    Evaluate.

    25 - 8 = 17
    17 = 17 Correct!
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How did you determine the unknown values in the frequency distribution table?...