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A Solid Disk Icm = MR2) Rolls Without Slipping Up

Question 38

Multiple Choice

A solid disk I<sub>cm</sub> = mR<sup>2</sup>) rolls without slipping up a plane a distance s. The plane is inclined at an angle θ with the horizontal. The disk has mass m, radius R, and an initial translational speed v. The distance s the disk rolls is A) v<sup>2</sup>/g sin θ ) . B) v<sup>2</sup>/g sin θ ) . C) Rv/g sin θ ) . D) mgsin θ - cos θ ) Rv) <sup>2</sup>. E) v<sup>2</sup>/g sin θ ) .
A solid disk Icm = A solid disk I<sub>cm</sub> = mR<sup>2</sup>) rolls without slipping up a plane a distance s. The plane is inclined at an angle θ with the horizontal. The disk has mass m, radius R, and an initial translational speed v. The distance s the disk rolls is A) v<sup>2</sup>/g sin θ ) . B) v<sup>2</sup>/g sin θ ) . C) Rv/g sin θ ) . D) mgsin θ - cos θ ) Rv) <sup>2</sup>. E) v<sup>2</sup>/g sin θ ) .mR2) rolls without slipping up a plane a distance s. The plane is inclined at an angle θ with the horizontal. The disk has mass m, radius R, and an initial translational speed v. The distance s the disk rolls is


A) A solid disk I<sub>cm</sub> = mR<sup>2</sup>) rolls without slipping up a plane a distance s. The plane is inclined at an angle θ with the horizontal. The disk has mass m, radius R, and an initial translational speed v. The distance s the disk rolls is A) v<sup>2</sup>/g sin θ ) . B) v<sup>2</sup>/g sin θ ) . C) Rv/g sin θ ) . D) mgsin θ - cos θ ) Rv) <sup>2</sup>. E) v<sup>2</sup>/g sin θ ) .v2/g sin θ ) .
B) 11ec81b1_0372_75b9_8138_b76fd7fac723_TB7291_11v2/g sin θ ) .
C) 11ec81b1_0372_75b9_8138_b76fd7fac723_TB7291_11Rv/g sin θ ) .
D) 11ec81b1_0372_75b9_8138_b76fd7fac723_TB7291_11mgsin θ - cos θ ) Rv) 2.
E) v2/g sin θ ) .

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