Asmall but very dense mass of 402 kg is brought close to a second small but very dense mass of 133 kg on a frictional surface with coefficient of friction 1.6. at what distance will the second mass begin to slide toward the first mass? assume that the size of the masses is such that they are not touching before they begin to slide. the acceleration of gravity is 9.8 m/s2 and the value of the universal gravitational constant is 6.67259 x 10-11 n m2/kg2 1. 0.0621608744406358 2. 0.102730648905231 3. 0.0592158267075033 4. 0.0506982140026769 5. 0.0564943248233386 6. 0.0506594588327863 7. 0.0590719241212588 8. 0.0927455668485994 9. 0.0413606368805325 10. 0.0494465946609284 answer in units of mm. your answer must be exact.