The major product formed in the following reaction:
The reaction of \(NiBr_2\) with two equivalents of \(PPh_3\) in \(CS_2\) at -78°C gives a red-colored diamagnetic complex, \([NiBr_2 \text{(PPh}_3\text{)}_2]\). This transforms to a green-colored paramagnetic complex with the same molecular formula at 25°C. The geometry and the number of unpaired electrons in the green-colored complex, respectively, are:
The phase diagram of CO\(_2\) is shown below:
Phase diagram of CO\(_2\) with solid, liquid, and gas phases labeled along with critical temperature \(T_c\) and triple point temperature \(T_1\) The correct statement(s) about CO\(_2\) is/are:
The normal mode(s) of vibration of H\(_2\)O is/are:
The major product formed in the following reaction
is:
In the following reaction sequence:
The major products P and Q, respectively, are:
In the following reaction
the major products X and Y, respectively, are: