Which Of The Following Is Not Correct About Asymmetric Synthesis

Question

Answer ( 1 )

    0
    2022-12-28T19:21:03+05:30

    Which Of The Following Is Not Correct About Asymmetric Synthesis

    Synthesis is an important process in the chemical industry, and it’s one that’s used to create a wide variety of molecules. One common type of synthesis is asymmetric synthesis, which is a process used to create molecules that are not symmetrical. Asymmetric synthesis can be used to create new types of materials or drugs, and it’s an important process for the chemical industry. However, there are some misconceptions about asymmetric synthesis that you should be aware of. In this blog post, we will explore which of the following is not correct about asymmetric synthesis.

    Asymmetric synthesis is a type of synthesis that uses two different reagents to create a product

    Asymmetric synthesis is a type of synthesis that uses two different reagents to create a product. This process is typically more complex and time-consuming than symmetric synthesis, which uses the same reagent to create both the starting material and the product. Asymmetric synthesis is also known as convergent or asymmetric synthesis.

    Asymmetric synthesis can be used to make drugs, enzymes, and other types of chemicals

    Asymmetric synthesis can be used to make drugs, enzymes, and other types of chemicals. However, it is not always the most efficient way to make these molecules.

    asymmetric synthesis
    efficiency
    molecular structure

    Asymmetric synthesis is an expensive process

    Asymmetric synthesis is an expensive process because it requires the use of a more expensive catalyst.

    Correct.

    Asymmetric synthesis can be used to make products that are not possible to make using traditional methods

    Asymmetric synthesis is a process that can be used to make products that are not possible to make using traditional methods. This process allows for the creation of products with different properties than those produced by traditional methods. In some cases, asymmetric synthesis can lead to the creation of new chemicals and materials that have not been possible to create before.

    One example of a product that can be created using asymmetric synthesis is molecules called chiral molecules. Chiral molecules are molecules that have a specific orientation in space. This orientation affects the way that they interact with other molecules and, as a result, their properties. Chiral molecules are important because they can be used in medicines and other products.

    The use of asymmetric synthesis has led to the development of many new drugs. One such drug is called bosentan, which is used to treat conditions like pulmonary hypertension and heart failure. Bosentan was developed through asymmetric synthesis, and it is one of the most successful drugs ever created through this process.

    Asymmetric synthesis is an important tool for creating new products and technologies. It has led to the development of many successful drugs and materials, and it is likely to continue doing so in the future.

    Asymmetric synthesis is a type of synthesis that is not commonly used in the pharmaceutical industry

    Asymmetric synthesis is a type of synthesis that is not commonly used in the pharmaceutical industry because it is more difficult and time-consuming than traditional methods.

    All of the

    All of the following are true about asymmetric synthesis, except that it is not possible to use chiral auxiliaries.

    1) Asymmetric synthesis allows for the creation of enantiomers without having to use chiral auxiliaries.
    2) Asymmetric synthesis is a powerful tool for creating new molecules.
    3) Asymmetric synthesis can be used to create molecules with different structures than those found in nature.
    4) Asymmetric synthesis is a versatile process that can be used to create many diverse molecules.

Leave an answer