
- Question #c26d0 + Example - Socratic- Nov 19, 2017 · If a man could afford, he married as many women as he wanted and quit on them anytime without any obvious reason. On the death of a person, his brothers inherited his … 
- 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 … 
- What are the four types of conflict? + Example - Socratic- Man vs. Man, Man vs. Self, Man vs. Society, Man vs. Nature Man vs. Man - When a character is having problems or conflict with another character External Example: The little boy yelled at … 
- 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? 
- 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 … 
- Question #91815 - Socratic- Each man was more progressive in some regards and more conservative in others than the other; there is no precise correlation between the parties of the late 18th Century and those of the … 
- Question #93f9d - Socratic- We know that the man travels #40# #"km"# in #1# #"h"#, so we can set up what's called a conversion factor of 
- 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 … 
- Question #7b8da + Example - Socratic- If we wanted to describe the car's velocity, its magnitude (how big is the velocity? How fast is the car moving) is 5km"/"h whereas, its direction is West. Another Example would be: A man … 
- Question #6e96b - Socratic- v = 8sqrt (5)"m/s" Just after bus started For bus: Displacement, x = (1/2) x (0.2)t^2 For man: Displacement, 80 + x = vt To get close to the bus: 0.1 * t^2 = vt - 80 ; eliminating x from above …