
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 …
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. …
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 …
Question #60ea4 + Example - Socratic
adjectives describe the noun, whereas adverbs describe the verb For example, tall is an adjective. "The TALL man waved to me." Quickly is an adverb (as a rule, adverbs end in -LY) "The tall man …
Question #f07e3 - Socratic
One man by the name of Ferdinand Cohen-Blind, a German, believed that Bismarck was leading Germany to the brink of civil war and decided to take action. It should be stated that Ferdinand was …
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 …
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 …
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, …
Question #5fb0a - Socratic
May 29, 2017 · The maximum speed at the bottom of the drop is 26.4m/s 3-The speed at the bottom of the drop is independent of the mass of the car. To find the speed of the car we will need to find how …
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 …