Hardware is the physical device required to store and run the Software, and Software is a set of instructions that allow a user to interact with the Hardware to perform a specific task.
Hardware devices are used to perform machine-level tasks, whereas software is used to issue instructions on what work the equipment should do based on its type.
Hardware is divided into input, output storage, and external components, and software can be divided into system and application software.
Examples of common hardware are keyboard, mouse, printer, monitor, hard drive, RAM, ROM, etc., and examples of common software are MS Word, Excel, PowerPoint, Photoshop, MySQL, etc.
Hardware cannot be transferred from one place to another electrically using the network, but it is possible to transfer software electronically.

What is Hardware?
Hardware is a physical device or component of a computer that is physically connected to a computer. These are the primary electrical tronIC devices used to assemble a computer. Examples of hardware are a computer processor (central processing unit), memory devices (RAM), monitor, keyboard, mouse, and storage devices (hard drive or solid-state drive).

Without hardware, computer devices won't be able to function, and software won't have anything to run on. Hardware and software communicate with each other, and the software tells the hardware what tasks it needs to perform.

What is Software?
Computer software is a set of instructions or programs designed and developed to perform specific tasks. IT professionals create customized programs that can be used in specific areas of our daily lives. These types of software or programs are useful for performing specific tasks and significantly reduce human effort.

Differences Between Hardware and Software
Here are a few important points that differentiate hardware and software:

Hardware
Software
Hardware is the physical device required to store and run (run) software.
Software is a set of instructions that allow the user to interact with the equipment and order it to perform a specific task.
Hardware devices are used to perform a task at the machine level.
Software is used to specify what work should be done by equipment based on its type.
The hardware depends on the software as it starts functioning once the software is downloaded.
The software provides the hardware with instructions to perform a specific task, so without the hardware, it cannot perform the task.
Equipment failure is accidental.
Software failure occurs due to systematic error, major or minor version error, etc.
Hardware wears out over time.
The software is durable and does not wear out over time. However, there may be errors in the software that can be fixed.
The hardware is tangible.
Software is intangible.
Hardware works as a software solution delivery system.
Software is not required for the hardware to be able to perform basic-level tasks such as turning on and responding to input.
It has four main types of categories: input, output, and external components.
It can be divided into system software and application software.
It cannot be transferred from one place to another electrically by means of a mains.
You can transmit it electronically.
If the equipment is damaged, you need to replace it with a new one.
And if the software is corrupted, you can set up a backup from CD/DVD, USB, or from the Internet.
Examples of common hardware are keyboard, mouse, printer, monitor, hard drive, RAM, ROM, etc.
Examples of common software are MS Word, Excel, PowerPoint, Photoshop, MySQL, etc.
Viruses can't infect hardware.
Viruses can infect software.

Types of Equipment
Here are the four most important pieces of equipment:

Ram
RAM is defined as the RAM device that is commonly referred to as the math user in the system's main memory. It is also called temporary memory or cache memory. The information stored in this type of memory is lost when the power to the PC or laptop is turned off.
ROM
Definition ROM is a read-only storage device, which is a permanent type of memory. Its contents are not lost when the power is turned off. The computer manufacturer determines the ROM information. It is permanently stored at the time of manufacture and cannot be overwritten by the user.
CPU
The central processing unit, commonly known as the CPU, is responsible for almost all of a computer's operation. operating. It performs arithmetic and logical operations, including addition, subtraction, division, multiplication, logical operation, etc.
Motherboards: The motherboard is the heart of the computer, containing all the major components of the machine and one circuit board. These components are usually the CPU, hard drive, transistors, RAM and expansion slots, PCI slots, USB ports, etc., which are located on the motherboard.
GPUs: GPUs are very similar to CPUs, except that they specialize in image processing and graphics.
Software Type
We live in the age of information technology. Software is a program or set of programs that perform certain actions. operating. There are mainly two types of software:

Software
Application Software
Software
System software is a set of programs that control and manage the operating parameters of computer hardware. It also helps the applications to run correctly.

The system software helps the computer to control the opera and extend the processing functionality of the computer system. It also makes computer operation fast, efficient, and secure. Example: Operating, programming language, etc.

Application Software
Application software is a program that does the actual work for the user. Basically, it is created to perform a specific task for the user.

Application software acts as an intermediary between the end user and the system software. It is also known as an application suite. This type of software is written using a high-level language such as C, Java, VB.Net, etc. It is user-oriented and designed with the user's requirements in mind.

You can also install multiple application programs on a single system software. You can store such software on CDs, DVDs, flash drives, or other storage devices. Example: Microsoft Word, media player, database, etc.

Important Hardware Components
Here are some important hardware components:

Input Devices
A keyboard is a hardware device that allows the user to enter data. The keyboard layout is very reminiscent of a typewriter with additional keys. A mouse is also an input device that consists of three elements: 1) a left-click, 2) a right-click, and 3) a spinning wheel.

Depending on the movement of the mouse, you can control the position of the cursor on the screen. Joysticks, a light pen, a scanner, and a barcode reader are some common examples of input devices.

Output Devices
Output devices are peripherals that primarily receive data from a computer and display the results to the user. It can be a display (Monitor), a projector, or any other device.

A monitor is an example of an output device that displays data or images from a computer. Another output device is a printer that will help you print a document tails into paper.

Secondary Storage Devices
Secondary storage devices retain data until it is overridden or deleted. These devices store data permanently, which is why they are called non-volatile memory.

What's more, a power outage never deletes data on additional storage devices. Hard drive, CD, DVD, SSD are some common examples of secondary storage devices.

Hard Drive/Flash Drive: Hard drives or persistent storage is a computer device that stores data (e.g., photos, files, videos, etc.) for an extended period of time, even when no power is supplied. Memory software comes in the form of old magnetic drives, new SSDs, or flash drives.
Expansion Cards/Slots: Expansion cards are another important component that allows you to expand your computer and upgraded with functionality over a period of time. Expansion cards can be added to the motherboard.
Can you have hardware without software?
While a computer can't run without hardware, software is also necessary for the hardware to work. For example, your favorite video game or video conferencing platform are examples of software that needs computer hardware such as graphics cards, memory, processors, monitor, and audio devices to work the way you want it to.

Can you have software without hardware?
In some situations, the computer may work without installing software. However, if the translator or operating system is not found at the moment, it either shows an error or does not display any information. The computer needs both the user and the software to interact with the computer hardware.

Installing programs on your computer and operating is necessary for additional features of your computer. For example, you don't need a word processor, but it makes it very easy to create documents and emails.