1it is an easy one
just that they are revolving abt a common centre of mass
i think then you can solve it ..
a difficult one seems to be!!!!
in a certain experiment to measure the ratio of charge & mass of elementary particles, a
surprising result was obtained in which two particlesmoved in such a way that distance
btw them remains const always.it was also noticed that , this 2 particle sys was isolated from all other particles & no force was acting on this sys except the force btw the 2 massesafter careful observation it was deduced that velocity of these 2 particles was always opp in direction.magnitude of velo.
v1=1000m/s
v2=2000m/s
m1=2*10(power -30)Kg
m2=10(power -30)Kg
distance btw them=12 angstrom
1. find acc of both particles
2. if first particle is stopped for a moment & then released velo of COM just after release
3. path of two particles
4. angular velo of 1st particle
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UP 0 DOWN 0 0 3
3 Answers
11and another thing
both their omegas are equal ( that ensures that they are always opposite to each other)
24This one is incomplete......inspite of the hints given...
anyone interested ??
