Question

80. Three particles of equal masses are placed
at the corners of an equilateral triangle, as
shown in fig. Now particle A starts with a
velocity v, towards line AB, particle B starts
with a velocity v, towards line BC and
particle C starts with velocity v, towards
line CA. The displacement of C.M. of three
particle A, B and C after time "t" will be
(given if v1 = V2 = v3)​.​

Answer 1

Answer:

v1x=2−v1,v1y=2−v13

v2x=v2,v2y=0

v3x=2−v33,v3y=v323

using , vcm=i^vx+j^vy

where,

Vx=3m−mv1/2+v2m−mv3/2=0

vy=

Explanation:

after writing answer draw the diagram also...

the diagram is in pic. type

plz mark me as bralint

Answer 2

80. Three particles of equal masses are placed

80. Three particles of equal masses are placedat the corners of an equilateral triangle, as

80. Three particles of equal masses are placedat the corners of an equilateral triangle, asshown in fig. Now particle A starts with a

80. Three particles of equal masses are placedat the corners of an equilateral triangle, asshown in fig. Now particle A starts with avelocity v, towards line AB, particle B starts

80. Three particles of equal masses are placedat the corners of an equilateral triangle, asshown in fig. Now particle A starts with avelocity v, towards line AB, particle B startswith a velocity v, towards line BC and

80. Three particles of equal masses are placedat the corners of an equilateral triangle, asshown in fig. Now particle A starts with avelocity v, towards line AB, particle B startswith a velocity v, towards line BC andparticle C starts with velocity v, towards

80. Three particles of equal masses are placedat the corners of an equilateral triangle, asshown in fig. Now particle A starts with avelocity v, towards line AB, particle B startswith a velocity v, towards line BC andparticle C starts with velocity v, towardsline CA. The displacement of C.M. of three

80. Three particles of equal masses are placedat the corners of an equilateral triangle, asshown in fig. Now particle A starts with avelocity v, towards line AB, particle B startswith a velocity v, towards line BC andparticle C starts with velocity v, towardsline CA. The displacement of C.M. of threeparticle A, B and C after time "t" will be

80. Three particles of equal masses are placedat the corners of an equilateral triangle, asshown in fig. Now particle A starts with avelocity v, towards line AB, particle B startswith a velocity v, towards line BC andparticle C starts with velocity v, towardsline CA. The displacement of C.M. of threeparticle A, B and C after time "t" will be(given if v1 = V2 = v3).