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  1. 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. …

  2. Question #1e7c6 - Socratic

    The apples will accumulate on the man's side. Eventually there will be an equilibrium at which there are ten times as many apples on the man's side and the boy is returning the apples as fast as the man …

  3. Question #5e43d - Socratic

    Macbeth can't be killed by a man born from a woman. Macbeth will be defeated when Birnam Wood arrives at Dunsinane Castle. - Macbeth kills Macduff's family. Macduff learns of this and invades …

  4. Question #b56ad - Socratic

    Explanation: Velocity of man just prior to landing on the pad #=4.4ms^-1# Momentum of man just prior to landing on the pad #p=mv# #=50xx4.4=220kgms^-1# Final velocity #=0# Change of momentum of …

  5. Question #11608 - Socratic

    Giant, spinning atoms Neutrons stars form when supergiant stars collapse in on themselves at the end of their lives. Though not as dense as black holes, neutrons stars are very small and very compact, …

  6. Question #03dc0 - Socratic

    Human beings are living thing because we grow, reproduce and respond to external stimulus living things can be defined as things which can grow, reproduce and respond to an external stimulus. …

  7. Question #8c25d - Socratic

    When ball is #90ft# above the ground, #S=90ft#. Inserting given values in the applicable kinematic expression we get #v^2-u^2=2gs# #=>v^2-80^2=2 (-32)90# #=>v^2=80^2+2 (-32)90# #=>v^2=6400 …

  8. Question #68d98 - Socratic

    The answer is 2ln(e^{x}+1)-x+C Start by letting u=e^x+1 so that du=e^{x}dx and e^x-1=u-2. Then dx=1/e^(x) du=1/(u-2)du and the integral becomes \\int (e^x-1)/(e^x+1)dx=\\int (u-2)/(u(u-1))du. Next, …

  9. Question #61851 + Example - Socratic

    2016年11月11日 · I made some changes to the English. The changes are shown in capital letters. You can compare it to your original. I have not added or changed any of your ideas. Can you help me …

  10. Question #6fb9d - Socratic

    sf ( ("d"theta)/dt=- 0.02color (white) (x)" rad/s") In degrees: sf ( ("d"theta)/dt=-1.15^@"/s") We are told: sf ( (dX)/dt=8color (white) (x)"ft/s") We need to find sf ...