
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 …
How to solve this? - Socratic
Dec 1, 2017 · (4) where m is mass of man, v his velocity and R radius of circle of his motion. In the given question R= radius of platform as man is walking on the edge of platform.
Who is J. J Thomson? - Socratic
Jan 3, 2017 · "Joseph John Thomson, 1856-1940." See this site. It was said of him posthumously that, "He, more than any other man, was responsible for the" "fundamental change in outlook …
In what year did two United States astronauts land on the moon?
Jun 7, 2016 · The moon landing was the culmination of a challenge made by President John F. Kennedy at a speech made at Rice University on September 12, 1962. Kennedy challenged …
Question #c88bc - Socratic
The growing influence of the internet The internet as we know it was not yet in full flower in 1992. The World Wide Web had been made available to the public a year earlier, but outside of …
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?
How powerful is the Hubble Space Telescope? Would it be able
Hubble space telescope have a main mirror of 2.4 meters in diameter.Its angular resolution is0.05 arc seconds. In good weather from a height-of 600 kilometers it can see an object about 15 …
A man sold one sort of oranges at 5 for $2, and another sort
A man sold one sort of oranges at 5 for $2, and another sort at 16 for $12. If he had sold them all at $0.5 each, he would have received $2 less. If he had sold all at 3 for $2, he would have …
A man is loading a 172kg crate into a moving truck. The ramp
There is insufficient information to answer this question. We need to know some additional information, such as how much force is being applied to the crate, and whether the crate is …
Question #914ea - Socratic
We know 1 man can complete 0.3125 meters of wall in 1 day. We can divide 20 meters by 0.3125 meters to find how many men worked on the wall: 20/0.3125 = 64 64 men completed the 300 …