It is a true statement that a technological development of a chemical product often lags behind basic research on the same substance. The main purpose for basic research is to gather knowledge.
To change one product to another using a chemical change, you need to react the initial product with another substance or substances to form a new product. This usually involves breaking and forming chemical bonds to create a different chemical structure. The reaction often requires heat, a catalyst, or specific conditions to proceed effectively.
The substance produced as a result of a chemical reaction is called a product. It is formed when reactants undergo a chemical transformation, resulting in new substances with different properties. The products are the end result of the reaction and are often used in various applications.
Results of something. Scientific Definition:a substance fromed by a chemical reaction.
an advertisement for a cosmetic powder claims that the product is"chemical-free."Explain why this is impossible
Some popular chemical structures used in pharmaceutical research and development include benzene rings, amino acids, and heterocycles like pyridine and pyrimidine. These structures are often found in drugs and play a key role in their biological activity.
Some do and others do not. Often, though, it takes time for a technological development to be tested and used before it triggers a turning point.
Social factors that influence technological development include cultural values, economic systems, government policies, education levels, and societal needs or demands. These factors shape the priorities, resources, and motivations for innovation and often determine the direction and focus of technological advancements. Additionally, the level of collaboration and competition among individuals, companies, and countries can also impact the pace and extent of technological development.
Quite often heat
Large investment costs in product development
To change one product to another using a chemical change, you need to react the initial product with another substance or substances to form a new product. This usually involves breaking and forming chemical bonds to create a different chemical structure. The reaction often requires heat, a catalyst, or specific conditions to proceed effectively.
Jobs in the field of product development engineering can be found online, at websites such as Monster and Fish 4 Jobs. They are often advertised in trade-specific publications too.
8 stages :1) Idea Generation, often called the "fuzzy front end" of the NPD process.2) Idea Screening3)Concept Development and Testing4) Business Analysis5) Beta Testing and Market Testing6) Technical Implementation7) Commercialization8) New Product Pricing
Product development is often viewed as a science, with a set of methodologies and processes that can be followed to bring a product to market. However, the reality is that product development is much more of an art than a science. It requires creativity, intuition, and a willingness to take risks and try new things. One of the key elements of product development as an art is the ability to identify and solve problems. This requires a deep understanding of customer needs and a sensitivity to their wants and desires. A good product developer must be able to translate these needs into a product that is both functional and aesthetically pleasing.
The substance produced as a result of a chemical reaction is called a product. It is formed when reactants undergo a chemical transformation, resulting in new substances with different properties. The products are the end result of the reaction and are often used in various applications.
Results of something. Scientific Definition:a substance fromed by a chemical reaction.
A technological constraint refers to limitations imposed by existing technology that restrict the capabilities, performance, or efficiency of a system, process, or product. These constraints can arise from hardware limitations, software capabilities, or integration issues, often influencing design choices and innovation. Understanding these constraints is essential for problem-solving and developing effective solutions within a given technological context.
Yes, technological applications can sometimes occur by accident, such as when a new use or functionality is discovered while developing a product for a different purpose. This phenomenon is known as serendipity in technology and has led to innovations in various fields, including medicine and materials science.