Question

I have attached my question in picture pls solve it I will mark u brainliest spam answers will be reported​

Answer 1

Answer:

Initial momentum of object 1 = mv

Initial momentum of object 1 = mv=2×2.5=5kgm/s

Initial momentum of object 1 = mv=2×2.5=5kgm/sInitial momentum of object -2 = mx (-v)

Initial momentum of object 1 = mv=2×2.5=5kgm/sInitial momentum of object -2 = mx (-v)=2×(−2.5)

Initial momentum of object 1 = mv=2×2.5=5kgm/sInitial momentum of object -2 = mx (-v)=2×(−2.5)=−5kgm/s

Initial momentum of object 1 = mv=2×2.5=5kgm/sInitial momentum of object -2 = mx (-v)=2×(−2.5)=−5kgm/sMomentum of the combination of two after collision =5+(−5)=0

Initial momentum of object 1 = mv=2×2.5=5kgm/sInitial momentum of object -2 = mx (-v)=2×(−2.5)=−5kgm/sMomentum of the combination of two after collision =5+(−5)=0So, velocity of combination =

Initial momentum of object 1 = mv=2×2.5=5kgm/sInitial momentum of object -2 = mx (-v)=2×(−2.5)=−5kgm/sMomentum of the combination of two after collision =5+(−5)=0So, velocity of combination = Mass of combination/

Initial momentum of object 1 = mv=2×2.5=5kgm/sInitial momentum of object -2 = mx (-v)=2×(−2.5)=−5kgm/sMomentum of the combination of two after collision =5+(−5)=0So, velocity of combination = Mass of combination/Momentum of combination

Initial momentum of object 1 = mv=2×2.5=5kgm/sInitial momentum of object -2 = mx (-v)=2×(−2.5)=−5kgm/sMomentum of the combination of two after collision =5+(−5)=0So, velocity of combination = Mass of combination/Momentum of combination

= 0/4 =0