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  1. Who is John Booth and why did he kill Abrham Lincoln and ... - Socratic

    As a white man raised in the southern United States, he supported slavery and opposed the northern ways. In 1859, he joined a Virginian militia that aided in the capture of John Brown. Booth originally …

  2. Site Map - Chromosomal Genetics Questions and Videos | Socratic

    If a man has a recessive sexlinked disorder, he has a 0% chance of passing it onto his son. Why? If an autosome is present in only one copy at conception, that individual will not develop to term. Yet …

  3. Question #87b82 - Socratic

    See a solution process below: First, we need to determine how much was left before the man spent 20%. We can rewrite this part of the problem as: 10200 is 80% of what? We are using 80% because …

  4. Of all the minerals known to man, how many are common on the

    Of all the minerals known to man, how many are common on the crust of the earth?

  5. Question #07160 - Socratic

    There is no concrete answer to this because it depends on your outlook on it. Below is a comparison of the two generals. After reading it, you can ultimately decide who you think was the better general. …

  6. Question #b0092 - Socratic

    1 Answer Narad T. Sep 7, 2017 The speed of the man is #=sqrt2/ (2-sqrt2)ms^-1# and the speed of the boy is #= (2sqrt2)/ (2-sqrt2)ms^-1#

  7. Question #7af06 - Socratic

    "8.4 atm" You are right, this is a job for the ideal gas law equation, which as you know looks like this color (blue) (|bar (ul (color (white) (a/a)PV = nRTcolor (white) (a/a)|)))" ", where P - the pressure of …

  8. Questions asked by CountryGirl - Socratic

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

  9. Site Map - Triangle Congruence Questions and Videos | Socratic

    Questions and Videos on Triangle Congruence, within Geometry

  10. Question #069c0 - Socratic

    Here's what I got. As you know, the osmotic pressure of a solution can be calculated using the equation color (blue) (ul (color (black) (Pi = i * c * R T))) Here Pi is the osmotic pressure of the solution i is the …