Question A student (mass = Ms) runs at initial speed vsi toward a stationary shopping cart (mass = Mc) as shown in the figure. The student jumps onto the cart and holds on, letting the cart roll in the direction of vsi. The final speed of student + cart immediately after the "collision" is vf. Note that Mc is the mass of the cart without the student on it.Determine Question 7 1pts A student (mass-M.) runs at initial speed v toward a stationary shopping cart (mass = M.J as shown in the figure. The student jumps onto the cart and holds on, letting the cart roll in the direction of vsi. The final speed of student+ cart immediately after the "collision" is v,. Note that Mc is the mass of the cart without the student on it Determine the ratio of masses, M/M, for the following questions 1. If v three-fourths vs. what is M/M,? [ Select 2. If v = two-thirds v j. what is M/M,? Select] 3. If v = one-halfv. what is M./M,? Select] 4. If v = two-fifths v. what is M,/M,? Select 5. In which of these cases (1-4) is kinetic energy of the student/cart system conserved? Select] м, м. Ve= 0
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A student (mass = Ms) runs at initial speed vsi toward a stationary shopping cart (mass = Mc) as shown in the figure. The student jumps onto the cart and holds on, letting the cart roll in the direction of vsi. The final speed of student + cart immediately after the "collision" is vf. Note that Mc is the mass of the cart without the student on it.
Determine the ratio of masses, Mc/Ms for the following questions.
Transcribed Image Text: Question 7 1pts A student (mass-M.) runs at initial speed v toward a stationary shopping cart (mass = M.J as shown in the figure. The student jumps onto the cart and holds on, letting the cart roll in the direction of vsi. The final speed of student+ cart immediately after the "collision" is v,. Note that Mc is the mass of the cart without the student on it Determine the ratio of masses, M/M, for the following questions 1. If v three-fourths vs. what is M/M,? [ Select 2. If v = two-thirds v j. what is M/M,? Select] 3. If v = one-halfv. what is M./M,? Select] 4. If v = two-fifths v. what is M,/M,? Select 5. In which of these cases (1-4) is kinetic energy of the student/cart system conserved? Select] м, м. Ve= 0
More Transcribed Image Text: Question 7 1pts A student (mass-M.) runs at initial speed v toward a stationary shopping cart (mass = M.J as shown in the figure. The student jumps onto the cart and holds on, letting the cart roll in the direction of vsi. The final speed of student+ cart immediately after the "collision" is v,. Note that Mc is the mass of the cart without the student on it Determine the ratio of masses, M/M, for the following questions 1. If v three-fourths vs. what is M/M,? [ Select 2. If v = two-thirds v j. what is M/M,? Select] 3. If v = one-halfv. what is M./M,? Select] 4. If v = two-fifths v. what is M,/M,? Select 5. In which of these cases (1-4) is kinetic energy of the student/cart system conserved? Select] м, м. Ve= 0
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As there is no external force on M_(S)+M_(C) system, in horizontal direction, do, momenfum in horizontal disection remains conserned.P_(i)= in'tial momentum of system =M_(S)V_(si)+M_(c)V_(Ci)P_(f)= final momentum (ie-Just af fer collison) =(M_(s)+M_(c))v_(f)from contreination of moment P_(i)=P_(f)on, M_(s)V_(si)+M_(c)V_(c_(i))=(M_(s)+M_(c))V_(f)a. M_(s)r_(si)+0=(M_(s)+m_(c))v_(f)=>(r_(si))/(r_(f))=(M_(s)+M_(c))/(m_(c))on, quad(M ... See the full answer