Answer:
I can help you find the answer to this, but I won't write out the full thing:
Explanation:
If you are doing egde nuity, then go to the textbook (The Cultural Landscape) and under the chapter 13: Urban Patterns, go to the lesson called "Where are people distributed in urban areas?" . Scroll down until you see a heading called "Social Area Analysis: Concentric Zones". There is a short paragraph describing the concentric zone in San Antonio; use this to answer the question. For example, say something about how the concentric zone models new homes distributed in a city compared to the older homes (which is what the paragraph describes)
I know your probably annoyed that I'm not giving you the full answer, but at least try to answer the question on your own. Also don't forget that edge nuity teachers barely even look at your work and are just following a rubric. So, you don't need to put that much effort into it, just make sure it is at least four sentences. Good luck!
Answer:
I believe that Chicago is the location in the United States that I will choose. I chose Chicago because it has the best representation of the Concentric Zone Model. Chicago represents the Concentric Zone Model because it contains its Central Business District which is located in the circle in the middle which illustrates the word “Loop.” Also, it contains the other zones on the map as well such as the Transition Zone which is circling around the Central Business District Zone. Then after those zones, there are also the Low Income Housing Zone and the Middle Income Housing Zone. Another reason Chicago represents the Concentric Zone Model well is because of how the city uses those sections/zones in real life. That is how those zones are determined in this map.
The map is in this link -
https://bike-lab.org/2020/08/12/burgess-concentric-circle-map-in-gis/
Explanation:
Got 100%
1. An atom that loses electrons has a ________________________ charge and an atom that gains
electrons has a ___________________________ charge.
Charged atoms are called ___________________.
2. What is an insulator? Give 4 examples.
3. What is a conductor? Give an example.
4. How can we move electrons from one place to another? What actually causes the electrons to
move?
5. Static electricity is ______________________________________________________________________
_______________________________________________________________________________________
6. Explain the attraction and repulsion of charges.
7. Why does a balloon stick to the wall?
8. Why does your hair stand up when you take off your hat?
9. Why do you get a shock when you walk across a carpet?
10. When is static electricity most noticeable and why?
11. State the Principle of Conservation of Charge.
12. The invisible electric force field around charged objects depends on __________________________,
__________________________, and _____________________________.
13. What is the relationship between the charges and the field strength?
What is the relationship between the field strength and the distance between the charges?
1. What is DC?
What is AC?
2. Name 3 ways to get DC.
3. What is an electrical circuit?
4. What is voltage?
What is current?
What is resistance?
What causes heat and light in a wire?
COPY THE TABLE comparing water in a hose-DC-units
5. Which electricity do we use in our homes?
CLICK ON ALTERNATING CURRENT
1. Explain AC.
2. Who invented the light bulb?
3. Who really invented AC?
4. Who discovered the advantages of AC over DC?
5. How is AC made?
6. What is the main advantage of AC over DC?