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  1. Answers created by turksvids - Socratic

    Q&A and Videos that make learning easy. Math, History, Chemistry, Algebra, Calculus, Biology and more.

  2. Exponential Growth and Decay Models - Socratic

    How do you Find the initial population in an exponential growth model? How do exponential growth and carrying capacity interact? How do exponential growth and logistic growth differ? How does linear …

  3. Site Map - Logistic Growth Questions and Videos | Socratic

    Questions and Videos on Logistic Growth, within Biology

  4. Domain of a function? - Socratic

    The domain for this function is (0, oo). If an interval I is contained in the domain of this function, it must be a subset of (0, oo) (that is, I sube (0, oo)). The most common things to look at when considering …

  5. Question #a73a3 - Socratic

    Hence, our exponential function is #y=0.25* (1.0485)^t# Based on this model, we can estimate the values of the hourly minimum wage for the other years, by substituting the values of #t# in the …

  6. Question #61f2a - Socratic

    Feb 18, 2018 · The grammatical functions include: Semantic function- this describes the role of participants in actions expressed or state of affairs. (Ex: President, Treasurer) Syntactic function- this …

  7. Question #e4066 - Socratic

    See below The idea is that you start at time t=0 at the base of the Ferris wheel, and for practical reasons say that the radius is r=1, so you start at the height y=-1. Then, since you're taking trig, I think you …

  8. Question #62b3d - Socratic

    y=-2(x+1)^2+32 or y=-2x^2-4x+30 Given - Quadratic function's Axis of symmetry x=-1 X-intercept x=3 Maximum value of y = 32 [maximum value of the function. Key to this problem If we identify the …

  9. Question #6ad65 - Socratic

    "R": {y inRR | y = -5} The range of a function in general, is a set of all possible values as the y-coordinate. By graphing (or simply looking) y=-5, we see that y is only -5, no matter the x-value. (It's …

  10. Question #c3ee0 - Socratic

    Explanation: The sine function itself is defined over the entire domain of real numbers. The argument to the sine function is defined over the entire domain of real numbers, with the exception of #x=0#. The …