Chapter 23: Problem 8
A chiral molecule has (a) no plane of symmetry (b) one plane of symmetry (c) infinite planes of symmetry (d) none of these
Chapter 23: Problem 8
A chiral molecule has (a) no plane of symmetry (b) one plane of symmetry (c) infinite planes of symmetry (d) none of these
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Get started for freeThe substances which retain their magnetic field when removed from the magnetic field are called (a) paramagnetic (b) diamagnetic (c) ferrimagnetic (d) ferromagnetic
The magnetic moment, \(\mathrm{m}\), is given by a formula in which \(\mathrm{n}\) is the number of unpaired electrons (a) \(\mu=n \times(n+2)\) (b) \(\mu=\sqrt{n \times(n+1)}\) (c) \(\mu \cdot \sqrt{n \times(n+2)}\) (d) \(\mu=n \times(n+1)\)
The paramagnetism is due to the presence of (a) paired electrons (b) unpaired electrons (c) both paired as well as unpaired electrons (d) none of these
Optical activity is (a) an additive property (b) a constitutive property (c) both an additive and constitutive property (d) none of these
An equimolar mixture of \((+)\) tartaric acid and \((-)\) tartaric acid is called (a) enantiomer (b) optically active mixture (c) racemic mixture (d) asymmetric mixture
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