A block $M_{1} = 10.0 kg$ slides down a frictionless plane at an angle of $37. 0^{\circ}$ and then travels on a horizontal frictionless plane where it sticks to $M_{2} = 5.00 kg$ . The combined $M_{1}$ and $M_{2}$ then strike $M_{3} =$ $3.00 kg$ in an elastic collision. Ms then travels up a second plane at angle of 20.0 degrees with a coeficient of kinetic friction $μ t = 0.200$ . ( 5 points each)

What is the velocity of the combined $M_{1} / M_{2}$ after the first collision?
What is the velocity of $Ms$ after the second collision?
What is the velocity of the combined $M_{1} / M_{2}$ after the second collision?
How far up the slope, L, does Mu travel?

Views: 5,153 students

Found 6 tutors discussing this question

Levi Discussed

A block

M_{1} = 10.0 kg

slides down a frictionless plane at an angle of

37. 0^{\circ}

and then travels on a horizontal frictionless plane where it sticks to

M_{2} = 5.00 kg

. The combined

M_{1}

and

M_{2}

then strike

M_{3} =

3.00 kg

in an elastic collision. Ms then travels up a second plane at angle of 20.0 degrees with a coeficient of kinetic friction

μ t = 0.200

. ( 5 points each)

5 mins ago

Discuss this question LIVE

5 mins ago

Question Text	A block $M_{1} = 10.0 kg$ slides down a frictionless plane at an angle of $37. 0^{\circ}$ and then travels on a horizontal frictionless plane where it sticks to $M_{2} = 5.00 kg$ . The combined $M_{1}$ and $M_{2}$ then strike $M_{3} =$ $3.00 kg$ in an elastic collision. Ms then travels up a second plane at angle of 20.0 degrees with a coeficient of kinetic friction $μ t = 0.200$ . ( 5 points each)
Topic	All topics
Subject	AP Physics 2
Class	Grade 12

Filo tutor solution