I’m not sure what “handfill” is but here is the map
Answer:
Photographic memory and eidetic memory are synonymous, which means that there is no distinction between them. Both dignify the same thing, so we can say that artists have eidetic memory, better known as photographic memory.
Explanation:
Eidetic and photographic memory are synonymous. This means that these two terms have the same meaning. Both report a person's ability to remember things that they have seen in great detail and come very close to perfection. Although it is impossible to have a perfect photographic memory, many people have an amazing visual memory, like the two artists seen in the video.
These people have a brain that has a much greater capacity (compared to people with common visual memory capacity) to maintain selected memories as long-term memories.
<span>I had a question like this various Economics classes, as part of producer theory, trade, and overall economic growth. So I hope this translates to History as well.
The answer is C) Specialization leads to interdependence.
Why? If a country (or region, or industry) specializes in producing one thing, they will need to trade in order to get the other things they need.
A and D both go against this logic and are wrong. Specialization means picking something you are good at (producing at a lower price than others), and using all your resources for it.
B is probably wrong because it just seems silly. Not everyone will get rich. That's also part of Economics - there are ups and downs in the economy, there will always be some unemployment, etc.</span>
Answer:
The answer is D. Correlational design.
Explanation:
Correlational designs seek to study the relationship between two or more variables in a piece of research. For example, a news article called "Students with healthy diets get better grades at school" is probably based in a correlational study.
It's important to recognise that correlation is <u>not</u> the same as causation. This means: even if two variables appear to be related, that does <u>not</u> indicate a direct cause-effect relationship.
Answer:
Density = 388.57 kg/m³
Explanation:
Given the following data;
Mass = 52457 grams to kilograms = 52457/1000 = 52.457 kilograms
Volume = 13.5 cm to meters = 13.5/100 = 0.135 m
To find the density;
Density can be defined as mass all over the volume of an object.
Simply stated, density is mass per unit volume of an object.
Mathematically, density is given by the formula;
Substituting into the formula, we have;
Density = 388.57 kg/m³
