February 16



In marketing, a product is anything that can be offered to a market that might satisfy a want or need. In retailing, products are called merchandise. In manufacturing, products are bought as raw materials and sold as finished goods. Commodities are usually raw materials such as metals and agricultural products, but a commodity can also be anything widely available in the open market. In project management, products are the formal definition of the project deliverables that make up or contribute to delivering the objectives of the project. In insurance, the policies are considered products offered for sale by the insurance company that created the contract. In economics and commerce, products belong to a broader category of goods. The economic meaning of product was first used by political economist Adam Smith. A related concept is that of a subproduct, a secondary but useful result of a production process. Dangerous products, particularly physical ones, that cause injuries to consumers or bystanders may be subject to product liability.


Product History

The history of product is an ever-evolving story, full of both successes and failures. It all began hundreds of years ago with early inventors and innovators who sought to improve the lives of people by creating new inventions. Since then, product has been advancing and growing in popularity as a result of continuous research and development.

In the early days, product technology was quite basic compared to today’s standards. It was made up of simple tools and machines that used manual power or steam to operate. These were often used for industrial production, such as in factories or for transportation purposes. However, as technology advanced so did the capabilities of product.

One major breakthrough for product came about during the Industrial Revolution in the late 18th century. This period saw an influx of new technologies that revolutionized manufacturing processes across the world. Product technology allowed for mass production on a much larger scale than before which made it more accessible to everyday people at lower costs than ever before. This ultimately led to an increase in demand for product from consumers as well as manufacturers alike.

Throughout the 20th century, product continued to advance with newer innovations such as automation and computerization leading to increased efficiency across many industries. It also allowed for more sophisticated designs that could be produced faster than ever before while maintaining quality standards. In addition, advances in telecommunications enabled global communication and access to new markets which further fueled its growth and appeal worldwide.

Today, product remains one of the most important elements in modern life due to its widespread use across so many different industries, ranging from transportation and construction to healthcare and entertainment industries. Its ability to make life easier is undeniable making it an essential part of almost every aspect of our lives. With ongoing research and development, it’s likely that we will continue seeing advancements in this field for many years to come – thus continuing product history’s journey into the future!


Product Dimensions are measurements related to the size, shape and volume of any given product. An accurate set of product dimensions is important for the successful design, manufacture and sales of products. Additionally, they are a crucial element of product safety and regulatory compliance.

Product dimensions vary greatly depending on the type of product being measured. For example, measuring a pair of shoes would require measuring different dimensions than measuring a car. Generally speaking, product dimensions can be categorized into length, width, height or depth, surface area or volume measurements.

Length is one of the most basic and fundamental measurements used in almost all products. Length is defined as the longest distance between two points on an object. This dimension should always be provided with a unit (i.e., inches or centimeters). Length can also be described in terms other than linear measurements such as diameter when measuring a circular object like a tire or wheelbase when measuring an automobile’s interior cabin space.

Width is described as the shorter distance between two points on an object that matches its length measurement at right angles (90°). It typically applies to objects that have rectangular shapes more commonly than those with circular shapes such as tires or wheels. Width is also measured using linear units such as inches or centimeters but may also be described using other units such as feet for larger objects like shipping containers or crates.

Height or depth usually refers to the vertical measurement between an object’s highest point and lowest point though it can also refer to how deep something is buried underground if it applies to them. As with length and width measurements, height and depth are typically expressed with linear units such as inches or centimeters but may use other units like millimeters if accuracy needs to be precise down to fractions of an inch/centimeter.

Surface area measures how much exposed area there is on something which can apply to both flat objects like boards and curved ones like spheres which would measure differently due to their curved surface area compared to a flat board’s right angles (90°). Surface area measurements often utilize square unit measurements for accuracy sake (i.e., square feet).

Volume measures how much total space something takes up within three-dimensional boundaries regardless of whether its filled with liquid, gas or solid material(s). This measurement requires three coordinates rather than two which explains why it’s part of its own category separate from length, width and height/depth dimensions since they only require two coordinates each in comparison. Volume often utilizes cubic unit measurements for accuracy sake (i.e., cubic feet).

In addition to measuring individual products by themselves, there are many situations where multiple products must be combined in order to create one larger finished product made out of multiple parts that fit together perfectly without leaving any gaps in between components due on having exact proportions throughout various product dimensions/measurements relative one another which isn’t always easy especially when dealing with complex irregular shapes that cannot be easily described using simple linear equations/formulas making this task even more difficult requiring advanced calculations methods in order achieve desirable results from creating these kinds of products ranging from small jewelry boxes all way large scale architectural projects like skyscrapers towering over cities worldwide today!


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