The population density is the quantification of the amount of people who live in a certain area. In units, it is the quantity of people per squared kilometre. Therefore, densily populated areas are those which have more people per km2.
There are two types of factors which determine the population density in an area:
- Physical factors: like climate, available resources, or the relief.
- Human factors: political and social conditions
If focusing on the factors abovementioned in the question:
- Climate: areas with warm weather usually concentrate the largest world population shares. For example, it is possible to grow crops there. This is not the case in other places with extreme weather such as the North Pole or the Sahara Desert.
- Resources: areas with resource availability such as energy sources (coal, oil), and other types of raw materials are more densely populated (US, Western Europe).
Answer:
They built three major causeways to connect their island to the mainland.
The Missouri Compromise helped settle some of the tension.
The new morality supporters
value the personal freedom the most and this movement influenced numerous
aspects of the American society. The new morality also glorified youth, and it
was the rise of the automobile that helped the youth of the nation to find a
means to its independence.
Bruh the answer is 2. "Well, we're not there yet, anyhow," said the oiler, in the stern. cause <span>C++ was developed by Bjarne Stroustrup in 1979 with C++'s predecessor "C with Classes".<span>When compared to C++, C is a subset of C++.C++ is a superset of C. C++ can run most of C code while C cannot run C++ code.</span><span>C supports procedural programming paradigm for code development.C++ supports both procedural and object oriented programming paradigms; therefore C++ is also called a hybrid language.</span><span><span>C does not support object oriented programming; therefore it has no support for polymorphism, encapsulation, and inheritance.</span><span>Being an object oriented programming language C++ supports polymorphism, encapsulation, and inheritance.</span></span><span>In C (because it is a procedural programming language), data and functions are separate and free entities.In C++ (when it is used as object oriented programming language), data and functions are encapsulated together in form of an object. For creating objects class provides a blueprint of structure of the object.</span><span>In C, data are free entities and can be manipulated by outside code. This is because C does not support information hiding. In C++, Encapsulation hides the data to ensure that data structures and operators are used as intended.</span><span>C, being a procedural programming, it is a function driven language. While, C++, being an object oriented programming, it is an object driven language.</span><span>C does not support function and operator overloading.C++ supports both function and operator overloading.</span><span>C does not allow functions to be defined inside structures.In C++, functions can be used inside a structure.</span><span>C does not have namespace feature.<span>C++ uses NAMESPACE which avoid name collisions. A namespace is a declarative region that provides a scope to the identifiers (the names of types, functions, variables, etc) inside it. Namespaces are used to organize code into logical groups and to prevent name collisions that can occur especially when your code base includes multiple libraries. All identifiers at namespace scope are visible to one another without qualification. Identifiers outside the namespace can access the members by using the fully qualified name for each identifier. </span></span><span>C uses functions for input/output. For example scanf and printf.C++ uses objects for input output. For example cin and cout.</span><span>C does not support reference variables.C++ supports reference variables.</span><span>C has no support for virtual and friend functions.C++ supports virtual and friend functions.</span><span>C provides malloc() and calloc() functions for dynamic memory allocation, and free() for memory de-allocation.C++ provides new operator for memory allocation and delete operator for memory de-allocation.</span><span>C does not provide direct support for error handling (also called exception handling)C++ provides support for exception handling. Exceptions are used for "hard" errors that make the code incorrect.</span></span>
