Which programming language to start with.

 I am going to tell you why you should learn c language first.

you have many questions in your mind like which programming language to start with.

so my answer is if you have sufficient time than start with c language  sufficiente time in the sense 1 year or more. It will help you to understand the memory management of any programming langauge 

if you have less time than  you should try to start with java.

Now i will tell you why you should choose c first, no matter it is the oldest programming language 

There are five points written below for why you should learn c programming.

1. Widely Used Language
2. High Performance
3. Portable Language
4. Solid Foundation
5. Historical Significance

Widely Used Language:

 C is a widely used programming language in computer science and software development. Many operating systems, compilers, and programming languages are written in C, making it a crucial language to learn.

Here are some examples: Operating Systems: Unix, Linux, Windows, and macOS are all written in C or C++. Compilers: Many compilers for different programming languages are written in C, including GCC (C/C++), Clang (C/C++), and Visual C++ (C++). Embedded Systems: C is widely used in embedded systems development, including robotics, IoT devices, and automotive systems. 

By learning C, you will have a better understanding of how different components of a computer system work, which can help you build better software. Additionally, having C programming skills can increase your employability in the tech industry, as many job positions require knowledge of C.

High Performance:

C is a high-performance language, which means that it is capable of executing code quickly and efficiently. This is because C provides low-level memory access and precise control over hardware resources, allowing developers to optimize their code for performance. Some ways in which C achieves high performance include:

• Direct Memory Access: C provides direct memory access through pointers, which allows for more efficient memory management and faster data access.
• Efficient Code Generation: C compilers are designed to generate efficient machine code, which results in faster program execution.
• Hardware Access: C provides direct access to hardware resources, allowing developers to optimize their code for specific hardware configurations.

Because of its high performance, C is often used for systems programming and embedded systems development, where performance is critical. By learning C, you will gain an understanding of how to write high-performance code and how to optimize it for different hardware configurations.

Portable Language

C is considered a portable language because it is designed to be compiled and run on different hardware and operating systems without requiring significant modifications to the source code.

The key feature that makes C portable is its adherence to standardization. The language is standardized by the International Organization for Standardization (ISO), which ensures that C code written on one platform can be compiled and run on another platform that supports the same C standard.

Furthermore, C provides a minimalistic set of features and a clear separation between the language and the underlying hardware. This allows C code to be written in a platform-independent manner, which can be compiled and executed on a wide range of systems.