Question

A 2sp2 hybrid orbital that lies in the xy-plane and makes an angle of 120 to the x-axis has the form: psi= 1/(3^1/2) [(2s - (1/(2^1/2)) 2px + [(3^1/2)/(2^1/2)] 2py] use hydrogenic atomic orbitals to write the explicit form of the hybrid orbital. Show mathematically that it has a maximum amplitude in the direction specified (i.E., =90 and = 120)

Answer 1

makes an angle of 120 to the x-axis has the form: psi= 1/(3^1/2) [(2s - (1/(2^1/2)) 2px + [(3^1/2)/(2^1/2)] 2py] use hydrogenic atomic orbitals to write the explicit form of the hybrid orbital. Show mathematically that it has a maximum amplitude

Answer 2

$\huge\blue{Answer:-}$

A 2sp2 hybrid orbital that lies in the xy-plane and makes an angle of 120 to the x-axis has the form: psi= 1/(3^1/2) [(2s - (1/(2^1/2)) 2px + [(3^1/2)/(2^1/2)] 2py] use hydrogenic atomic orbitals to write the explicit form of the hybrid orbital. Show mathematically that it has a maximum amplitude in the direction specified (i.E., =90 and = 120)

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