What are the differences between Python and Java?

programmingshark.com- programming assignment help provide some differences between JAVA  and Python. Here is some important difference between JAVA and PYTHON-

1. JAVA-

Java is high level, an object situated programming language created by Sun Microsystem in 1995. Java keeps running on numerous stages like Windows, Mac OS, Linux. The most recent arrival of Java will be Java SE 8. Java chips away at the guideline of compose once run anyplace. Java is object-situated, stage autonomous, basic, secure, Robust, deciphered, multithread, superior and dynamic.

PYTHON-

Python is an object oriented, high level and across the board programming language. It was created by Guido Van Rossum during 1985-1990. Python is very meaningful and effectively justifiable. python utilizes straightforward English Keywords all the time while different dialects use accentuation. Python is anything but difficult to adapt, simple to peruse, intelligent mode, convenient, extendable, databases, versatile.

2. JAVA-

In Java, all variable names (along with their types) must be explicitly declared. Attempting to assign an object of the wrong type to a variable name triggers a type exception.That’s what it means to say that Java is a statically typedlanguage. If need any JAVA programming assignment help.

PYTHON-

In Python, you never declare anything. An assignment statement binds a name to an object, and the object can be of any type. If a name is assigned to an object of one type, it may later be assigned to an object of a different type. That’s what it means to say that Python is a dynamically typedlanguage.

3. JAVA-

Java container objects (e.g. Vector and ArrayList) hold objects of the generic type Object, but cannot hold primitives such as int. To store an int in a Vector, you must first convert the int to an Integer. When you retrieve an object from a container, it doesn’t remember its type, and must be explicitly cast to the desired type.

PYTHON-

Python container objects (e.g. lists and dictionaries) can hold objects of any type, including numbers and lists. When you retrieve an object from a container, it remembers its type, so no casting is required.