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#exponents — Public Fediverse posts

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  1. Alright, future engineers!
    **Logarithm:** Finds the exponent needed for a base to reach a number.
    Ex: `log_b(x)=y` means `b^y=x` (e.g., `log_2(8)=3` since `2^3=8`).
    Pro-Tip: Logarithms *undo* exponents! Essential for solving for exponents & handling vast ranges in data.
    #Algebra #Exponents #STEM #StudyNotes

  2. Alright, future engineers!
    **Logarithm:** Finds the exponent needed for a base to reach a number.
    Ex: `log_b(x)=y` means `b^y=x` (e.g., `log_2(8)=3` since `2^3=8`).
    Pro-Tip: Logarithms *undo* exponents! Essential for solving for exponents & handling vast ranges in data.
    #Algebra #Exponents #STEM #StudyNotes

  3. Alright, future engineers!
    **Laws of Exponents:** Rules for simplifying expressions involving powers.
    Ex: `x^a * x^b = x^(a+b)`. E.g., `2^3 * 2^2 = 2^5 = 32`.
    Pro-Tip: Always confirm the *base* is the same before applying combination rules!
    #Algebra #Exponents #STEM #StudyNotes

  4. Alright, future engineers!
    **Laws of Exponents:** Rules for simplifying expressions involving powers.
    Ex: `x^a * x^b = x^(a+b)`. E.g., `2^3 * 2^2 = 2^5 = 32`.
    Pro-Tip: Always confirm the *base* is the same before applying combination rules!
    #Algebra #Exponents #STEM #StudyNotes

  5. Alright, future engineers!
    A **Logarithm** answers: What power do I need to raise a base to get a number?. Ex: `log_2(8) = 3` because `2^3 = 8`. Pro-Tip: Think of log as just asking for the exponent!
    #Algebra #Exponents #STEM #StudyNotes

  6. Alright, future engineers!
    A **Logarithm** answers: What power do I need to raise a base to get a number?. Ex: `log_2(8) = 3` because `2^3 = 8`. Pro-Tip: Think of log as just asking for the exponent!
    #Algebra #Exponents #STEM #StudyNotes

  7. Alright, future engineers!
    **Exponent Product Rule:** When multiplying terms with the same base, add their exponents.
    Ex: `x^2 * x^3 = x^(2+3) = x^5`.
    Pro-Tip: The base stays the same, only exponents combine!
    #Algebra #Exponents #STEM #StudyNotes

  8. Alright, future engineers!
    **Exponent Product Rule:** When multiplying terms with the same base, add their exponents.
    Ex: `x^2 * x^3 = x^(2+3) = x^5`.
    Pro-Tip: The base stays the same, only exponents combine!
    #Algebra #Exponents #STEM #StudyNotes

  9. One polling call yesterday, two today (so far). At this rate I'll be receiving 36bn on the day before the election #Exponents

  10. Broad variability but a moderate plasticity in the #allometric exponents were also observed across genotypes and environments. #Exponents were impacted by water deficit, but not temperature. #Genotypes that deviated from #MST predictions exhibited more plasticity in trait-size relationships than genotypes that followed #MST predictions.

  11. Broad variability but a moderate plasticity in the #allometric exponents were also observed across genotypes and environments. #Exponents were impacted by water deficit, but not temperature. #Genotypes that deviated from #MST predictions exhibited more plasticity in trait-size relationships than genotypes that followed #MST predictions.