If HI were 100% ionic, then the charge would be Q=1.6010-19 C. Using the equation μ=Qr calculate μ, the expected dipole of HI. Be sure to convert the bond distance, r=161 pm, to meters.

Question

Ace Huff

Chemistry

21 January, 20:36

If HI were 100% ionic, then the charge would be Q=1.6010-19 C. Using the equation μ=Qr calculate μ, the expected dipole of HI. Be sure to convert the bond distance, r=161 pm, to meters.

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Carly Branch · Answer 1

Well, p refer to pico based on prefix in Physics

pico=10 power of (-12) (ten power of negative 12)

161 has to be converted to this form 1.61

1.61*10> (-10)

If HI were 100% ionic, then the charge would be Q=1.60*10-19 C. Using the equation μ=Q*r calculate μ, the expected dipole of HI. Be sure to convert the bond distance, r=161 pm, to meters.

If HI were 100% ionic, then the charge would be Q=1.6010-19 C. Using the equation μ=Qr calculate μ, the expected dipole of HI. Be sure to convert the bond distance, r=161 pm, to meters.