After doing a lot of research and looking at the graph above, I did this on paper and have got the answer for you. However, since I can't draw iny our book myself, I am going to explain where you can draw a line to show the changing length of daylight over the course of one year that occurs for an observer at 50° S latitude.
You will need to have a line that extends from the beginning of January to the end of December. the line needs to be marked anywhere from the graph line 16 that goes downward to line 12, 8, then curves upward towards line 12 and ends at line 16 on the other side of the graph. If you need more help or don't understand, I can try to get you a picture uploaded. It isn't letting me at this time for some reason, I keep getting an error.
Do you still need help? I would be happy to help you
1. Mountains, stone buildings, stairs/roofing.
2. The geography is mountainous. Very curvy looking, must have been quite a struggle to climb.
3. Pros: You have natural barriers, less invaders.
Cons: You have to travel far just to trade or hunt.
4. They must have been very peaceful and calm people, seeing how they were so isolated from society. Though, Greeks lived in mountains as well and were very brutal. I can’t infer too much about their life but I know that they probably didn’t like being attacked and would rather be away from danger.
Explanation:
Total personal revenue is the disposable income less personal taxes. Employee earnings minus employee actual taxes in terms of national reports reflect net established income.
The household saving rate is specified as total saving divided by disposable income.
Household saving = Disposable income * Households saving rate
Japan:
$40,000*1.9% = $760
United States :
$40,000*4% = $1,600
France :
$40,000*15.8% = $6,320
