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Conservation of Momentum in Space

   

Added on  2019-10-01

9 Pages246 Words383 Views
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Physics Name of StudentName of University1
Conservation of Momentum in Space_1

Answer: 1 Principle of momentum conservation is defined as the force acting between two objects has equal magnitude and opposite in the direction. This principle can associate with the given case. 1.Initial condition, when stone throws into the air. The weight of stone = m1g and velocity ¿V12.Final condition, when stone arrive towards the ground The weight of stone ¿m2g and velocity = V2Comparing the initial condition and final condition of stone. m1V1g=−m2v2gm1V1=−m2v2here,momentummagnitudeisnotchange,onlydirectionchange∈bothconditionSo, it is not violate the conservation momentum. Answer: 2 (1)F=μmg¿0.21x35x9.8¿72.03F≈72N(2)Workdone=ForcexdistanceVelocity=distancextimeWorkdone=ForcexVelocitytime¿72x3062
Conservation of Momentum in Space_2

Workdone=360NmAnswer: 3 (a)As provide case of the system, the space has not gravitation force, so momentum value is not equal as earth has. The initial momentum of the system in space = m1v1w=mgm=wg¿1219.8m=12.34so,initialmomentum=12.34x4.22¿52.10kgms(b) intialmomentum=finalmomentumm1v1=m2v2v2=137.5x4.22104.5x9.81v2=0.575ms(c ) v=7660ms3
Conservation of Momentum in Space_3

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