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Q21 (15 points): A uniform rod of mass m 1.5 kg and length d- 2.0 m...
A uniform thin rod of length 0.65 m and mass 3.4 kg can rotate in a horizontal plane about a vert...
A uniform thin rod of length 0.65 m and mass 3.4 kg can rotate
in a horizontal plane about a vertical axis through its center. The
rod is at rest when a 3.8 g bullet traveling in the rotation plane
is fired into one end of the rod. As viewed from above, the
bullet's path makes angle θ = 60° with the rod. If the
bullet lodges in the rod and the angular velocity of the rod is
11.0 rad/s...
Chapter 11, Problem 053 GO A uniform thin rod of length 0.61 m and mass 3.3...
Chapter 11, Problem 053 GO A uniform thin rod of length 0.61 m and mass 3.3 kg can rotate in a horizontal plane about a vertical axis through its center. The rod is at rest when a 4.4 g bullet traveling in the rotation plane is fired into one end of the rod. As viewed from above, the bullet's path makes angle 9 -60° with the rod. If the bullet lodges in the rod and the angular velocity of the...
A uniform thin rod of length 50 cm and mass 4.0 kg can rotate in a...
A uniform thin rod of length 50 cm and mass 4.0 kg can rotate in a horizontal plane about a vertical axis through from the right side. The rod into one end of the rod. As viewed from above, the bullet's path makes an angle of θ 60° with the rod (as shown in the figure below)If the bullet lodges in the rod and the angular velocity of the rod is 10 rad/s immediately after the collision, what is the...
In the figure, a 8.28 g bullet is fired into a 0.996 kg block attached to...
In the figure, a 8.28 g bullet is fired into a 0.996 kg block attached to the end of a 0.611 m nonuniform rod of mass 0.490 kg. The block-rod-bullet system then rotates in the plane of the figure, about a fixed axis at A. The rotational inertia of the rod alone about A is 0.0857 kg-m^2. Treat the block as a particle, (a) What then is the rotational inertia of the block-rod-bullet system about point A? (b) If the...
Q17 (15 points): As shown in the figure, a 5.00 g bullet is fired into a...
Q17 (15 points): As shown in the figure, a 5.00 g bullet is fired into a 920 g block attached to the end of a 75.0 cm uniform rod of mass 350 g. The block-rod-bullet) system then rotates in the horizontal plane of the figure, about a fixed axis at A. Treat the block as a point particle. a) Calculate the rotational inertia of the (block-rod-bullet; system about point A b) If the angular speed of the system about point...
MESSAGE MY INSTRUCTOR FULL SCREEN PRINTER VERSION BACK Chapter 11, Problem 060 t is fired into...
MESSAGE MY INSTRUCTOR FULL SCREEN PRINTER VERSION BACK Chapter 11, Problem 060 t is fired into a 0.129 kg block attached to the end of a 0.242 m nonuniform rod of mass 0.728 kg. The block-rod-bulet system then rotates in the plane of the figure, about a fixed axis at A. The rotational inertia of the rod alone about A is 0.0 block-rod-bullet system about point A? (b) If the angular speed of the system about A just after impact...
A uniform thin rod of length 0.500 m and mass 4.00 kg is attached to a...
A uniform thin rod of length 0.500 m and mass 4.00 kg is attached to a pivot at one end. The other end of the rod is attached to a uniform sphere with a mass of 2.00 kg and a radius of 0.100 m. The rod and sphere initially hang vertically. A bullet with a mass of 5.00 g is fired horizontally at a speed of 200 m/s into the center of the sphere. The bullet embeds itself in the...
Q20 (15 points): A bullet of mass m X102 kg is moving with a speed of...
Q20 (15 points): A bullet of mass m X102 kg is moving with a speed of 100 m/s when it collides with a rod of mass mR 5 kg and length L m (shown in the figure). The rod is initially at rest, in a vertical position, and pivots about an axis going through its center of mass. The bullet imbeds itself in the rod at a distance L/4 from the pivot point. As a result, the bullet-rod system starts...
Q19: The uniform rod of mass M- 2 kg and length of L- 8 cm is...
Q19: The uniform rod of mass M- 2 kg and length of L- 8 cm is free to rotate about a horizontal axis shown in the figure. An object of mass 0.4 kg moving with 24 m/s strikes and then sticks to the initially stationary rod as shown. If rotational inertia of the rod according to its center of mass is given as Icmdisk M, find the a) rotational inertia of the system before and after collision, b) angular speed...
The figure shows a uniform thin rod of length L 2.7 m and mass m= 12.6...
The figure shows a uniform thin rod of length L 2.7 m and mass m= 12.6 kg that is free to rotate about a pivot point at one end of the rod. The rod is released from rest at an angle 8-78.2 above the horizontal. Find the rotational Inertia of the rod about the pivot point and the tangential speed at which the end of the rod is moving when the rod reaches the horizontal. Select one answer for the...
A uniform thin rod of length 0.65 m and mass 3.4 kg can rotate
in a horizontal plane about a vertical axis through its center. The
rod is at rest when a 3.8 g bullet traveling in the rotation plane
is fired into one end of the rod. As viewed from above, the
bullet's path makes angle θ = 60° with the rod. If the
bullet lodges in the rod and the angular velocity of the rod is
11.0 rad/s...
Chapter 11, Problem 053 GO A uniform thin rod of length 0.61 m and mass 3.3 kg can rotate in a horizontal plane about a vertical axis through its center. The rod is at rest when a 4.4 g bullet traveling in the rotation plane is fired into one end of the rod. As viewed from above, the bullet's path makes angle 9 -60° with the rod. If the bullet lodges in the rod and the angular velocity of the...
A uniform thin rod of length 50 cm and mass 4.0 kg can rotate in a horizontal plane about a vertical axis through from the right side. The rod into one end of the rod. As viewed from above, the bullet's path makes an angle of θ 60° with the rod (as shown in the figure below)If the bullet lodges in the rod and the angular velocity of the rod is 10 rad/s immediately after the collision, what is the...
In the figure, a 8.28 g bullet is fired into a 0.996 kg block attached to the end of a 0.611 m nonuniform rod of mass 0.490 kg. The block-rod-bullet system then rotates in the plane of the figure, about a fixed axis at A. The rotational inertia of the rod alone about A is 0.0857 kg-m^2. Treat the block as a particle, (a) What then is the rotational inertia of the block-rod-bullet system about point A? (b) If the...
Q17 (15 points): As shown in the figure, a 5.00 g bullet is fired into a 920 g block attached to the end of a 75.0 cm uniform rod of mass 350 g. The block-rod-bullet) system then rotates in the horizontal plane of the figure, about a fixed axis at A. Treat the block as a point particle. a) Calculate the rotational inertia of the (block-rod-bullet; system about point A b) If the angular speed of the system about point...
MESSAGE MY INSTRUCTOR FULL SCREEN PRINTER VERSION BACK Chapter 11, Problem 060 t is fired into a 0.129 kg block attached to the end of a 0.242 m nonuniform rod of mass 0.728 kg. The block-rod-bulet system then rotates in the plane of the figure, about a fixed axis at A. The rotational inertia of the rod alone about A is 0.0 block-rod-bullet system about point A? (b) If the angular speed of the system about A just after impact...
Q20 (15 points): A bullet of mass m X102 kg is moving with a speed of 100 m/s when it collides with a rod of mass mR 5 kg and length L m (shown in the figure). The rod is initially at rest, in a vertical position, and pivots about an axis going through its center of mass. The bullet imbeds itself in the rod at a distance L/4 from the pivot point. As a result, the bullet-rod system starts...
Q19: The uniform rod of mass M- 2 kg and length of L- 8 cm is free to rotate about a horizontal axis shown in the figure. An object of mass 0.4 kg moving with 24 m/s strikes and then sticks to the initially stationary rod as shown. If rotational inertia of the rod according to its center of mass is given as Icmdisk M, find the a) rotational inertia of the system before and after collision, b) angular speed...
The figure shows a uniform thin rod of length L 2.7 m and mass m= 12.6 kg that is free to rotate about a pivot point at one end of the rod. The rod is released from rest at an angle 8-78.2 above the horizontal. Find the rotational Inertia of the rod about the pivot point and the tangential speed at which the end of the rod is moving when the rod reaches the horizontal. Select one answer for the...
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