Chemistry, asked by dgvalekar, 1 year ago

differance between isomer and disomer​

Answers

Answered by ravitejaamanaganti
0

Isomers are compounds with different physical and chemical properties but the same molecular formula. ... Structural isomers have the same molecular formula but a different bonding arrangement among the atoms. Stereoisomers have identical molecular formulas and arrangements of atoms.

The D isomer is one of two forms of optical isomer, arising from the presence of a chiral carbon, which can rotate plane polarized light either clockwise or anticlockwise. 'D' stands for dextrorotary, meaning that the isomer rotates plane polarized light clockwise.

Answered by haaraankishore
0

Structural isomers have the same molecular formula but a different bonding arrangement, or connectivity, between these atoms. ... Stereoisomers also have identical molecular formulae BUT the arrangement of their atoms is also identical. Stereoisomers only differ in the 3D spatial orientation of the groups in the molecule.

Answered by haaraankishore
0

Structural isomers have the same molecular formula but a different bonding arrangement, or connectivity, between these atoms. ... Stereoisomers also have identical molecular formulae BUT the arrangement of their atoms is also identical. Stereoisomers only differ in the 3D spatial orientation of the groups in the molecule.

Answered by haaraankishore
0

Structural isomers have the same molecular formula but a different bonding arrangement, or connectivity, between these atoms. ... Stereoisomers also have identical molecular formulae BUT the arrangement of their atoms is also identical. Stereoisomers only differ in the 3D spatial orientation of the groups in the molecule.

Answered by haaraankishore
0

Structural isomers have the same molecular formula but a different bonding arrangement, or connectivity, between these atoms. ... Stereoisomers also have identical molecular formulae BUT the arrangement of their atoms is also identical. Stereoisomers only differ in the 3D spatial orientation of the groups in the molecule.

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