About 50 results
Open links in new tab
  1. Determining the Length of a Polar Curve - Socratic

    Questions and Videos on Determining the Length of a Polar Curve, within Calculus

  2. Question #249e6 + Example - Socratic

    This is all about the charge on the anions. Step 1: determine the identity of the anion(s). Generally these will end in -ide, -ite, -ate. Step 2: Determine the charge on the anions. If the anion …

  3. How do you solve # (x-4)^5 (x-5) (x+3)<0# using a sign chart?

    x in(-oo,-3) uu (4,5) Steps for solving using a sign chart: Factor the inequality Start with a relatively large value (greater than the largest zero) to determine where to start (positive or negative) On …

  4. A car travels 200 miles in the same time that a train ... - Socratic

    Mar 27, 2018 · A car travels 200 miles in the same time that a train travels 300 miles. The speed of the train is 20 miles per hour more than the speed of the car. Which equation could be used …

  5. A rectangle is thrice along as it is wide .it has its dimension ...

    Apr 18, 2018 · A rectangle is thrice along as it is wide .it has its dimension increased by 20$. find $ change in its area?

  6. Does "atomic number" determine chemistry or does "Lewis

    Feb 5, 2017 · The electrons are arranged around the nuclear core in specific levels and orbits. However, it is the outermost electrons, the so-called valence electrons that determine …

  7. How do you use electronegativity values to determine the one …

    How do you use electronegativity values to determine the one element that always has a negative oxidation number when it appears in any binary compound?

  8. Questions asked by ahmad - Socratic

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

  9. Question #6b6db - Socratic

    Nov 10, 2017 · Warning! Long Answer. The balanced equation is "4Zn + NO"_3^"-" + 7"OH"^"-" + 6"H"_2"O" → "4Zn"("OH")_4^"2-" + "NH"_3 > I find it easiest to balance the equation as ...

  10. How do you determine the equation of the circle, given the …

    Jan 2, 2016 · You are going to use the equation of the circle and the Euclidian distance. (x-8)^2+(y-6)^2=122 The equation of the circle is: (x-x_c)^2+(y-y_c)^2=r^2 Where: r is the radius …