A water molecule and a neutral carbon atom are initially 8.1 x 10-6 m apart (about 81000 atomic diameters), and there are no otherparticles in the vicinity. The polarizability of a carbon atom has been measured to be a = 1.96 x 10-40 C m/(N/C). A water moleculehas a permanent dipole moment whose magnitude is 6.2 x 10-30 Cm, which is much larger than the induced dipole for this situation.Assume that the dipole moment of the water molecule points toward the carbon atom. (Also assume the carbon atom is ¹2C.)Part 1Your answer is partially correct.(a) Calculate the initial magnitude and direction of the acceleration of the water molecule.magnitude i 3.7175e-11m/s²direction toward the carbon atom

The polarizability force is given by:Where:Substituting these values into the formula:

Answered: A water molecule and a neutral carbon…

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