Answer:
No. Let the air-resistance on each body be F. Net downward force on body of mass M = Mg - F Acceleration of body of mass M, \[a=\frac{Mg-F}{M}=g-\frac{F}{M}\] Similarly acceleration of body of mass m, \[a'=g-\frac{F}{m}\] As \[M>m\] \[\therefore \] \[a>a'\] Thus the acceleration of the larger mass is greater, it will reach the earth earlier.
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