The correct answer is B, please CLEARLY show how to do this and I will give a thumbs up!
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The correct answer is B, please CLEARLY show how to do this and
I will give...
Please draw the forces acting on the free body diagram if necessary and answer the question...
Please draw the forces acting on
the free body diagram if necessary and answer the question clearly.
Thank you.
Angular Momentum Two small objects of mass 2M, and 3M are attached to a rod of mass M and length '4a' as shown in the figure. If the system is rotated with angular velocity o about the axis AB shown, find the angular momentum of the system. Find Isys L = Isys W 3M 2M
Please draw the forces acting on the free body diagram if necessary and answer the question clearly. Thank you. Conserva...
Please draw the forces acting on
the free body diagram if necessary and answer the question clearly.
Thank you.
Conservation of Angular Momentum 3.) A disk of mass M and radius R is rotating with angular speed o about an axis through the center of the disk normal to the plane of the disk. Now a small mass M/2 is gently placed on the disk a distance R/2 from the center. The mass sticks to the disk and the system...
how do I prove Lf = L/2*mv? A thin rod of mass M and length L...
how do I prove Lf = L/2*mv?
A thin rod of mass M and length L is struck at one end by a ball of clay of mass in, moving with speed v as shown in the figure. The ball sticks to the rod. Determine the angular momentum of the clay-rod system about A (the midpoint of the rod) after the collision.
A thin uniform rod (mass= 4.0 kg, length= 120.cm) rotates about an axis that is perpendicular...
A thin uniform rod (mass= 4.0 kg, length= 120.cm) rotates about an axis that is perpendicular to the rod; the axis intersects the rod at 1/3 of the rod's length. The rod rotates about the axis at the rate of 8 full revolutions per second. a. Compute the rotational Inertia of the rod based on the given axis of rotation. b. Compute the magnitude of the angular velocity in radians per second c. Compute the tangential speed of the end...
(Figure 1) A thin rod of mass mr and length 2L is allowed to pivot freely about its center, as shown in the diagram.
Pivoted Rod with Unequal Masses (Figure 1) A thin rod of mass mr and length 2L is allowed to pivot freely about its center, as shown in the diagram. A small sphere of mass m1 is attached to the left end of the rod, and a small sphere of mass m2 is attached to the right end. The spheres are small enough that they can be considered point particles. The gravitational force acts downward, with the magnitude of the gravitational acceleration...
please write clearly and and label ever answer All of the questions on this exam concern a space station, consisting of a long thin uniform rod of mass B. 니 x 106 kg and length C. D 3 meters, w...
please write clearly and and label ever answer
All of the questions on this exam concern a space station, consisting of a long thin uniform rod of mass B. 니 x 106 kg and length C. D 3 meters, with two identical uniform hollow spheres, each of mass D. 2+2 x 10kg and radius Emeters, attached at the ends of the rod, as shown below. Note that none of the diagrams shown is drawn to scale! axis (a) Suppose that...
Please draw the forces acting on the free body diagram if necessary and answer the question...
Please draw the forces acting
on the free body diagram if necessary and answer the question
clearly. Thank you.
4. A rod AB of mass M and length L is free to rotate about a horizontal axis through A. The rod is held horizontal and the endB is released. The rod rotates about A, and when it is vertical, the end B collides with a small mass M/2 and the mass gets attached to the rod. In the Sbsequent motion,...
A uniform thin rod of length 0.95 m and mass 1.2 kg lies in a horizontal...
A uniform thin rod of length 0.95 m and mass 1.2 kg lies in a horizontal plane and rotates in that plane about a pivot at one of its ends. The rod makes one rotation every 0.39 second and rotates clockwise as viewed from above its plane of rotation. A)Find the magnitude of the rod’s angular momentum about its rotation axis, in units of kgm^/s. b) find the rotational kinetic energy, in joules, of the rod described in part (a)....
To apply the principle of angular impulse and momentum to describe a particle's motion. The momen...
To apply the principle of angular impulse and momentum to
describe a particle's motion.
The moment of a force about a point O, fixed in an
inertial coordinate system, MO, and the angular momentum about the
same point, HO, are related as follows:
∑MO=H˙O
where H˙O is the time derivative of the angular momentum,
HO=r×mv. Integrating this equation with respect to time yields the
following equation:
∑∫t2t1MO dt=(HO)2−(HO)1
This equation is the principle of angular impulse and momentum,
and it...
Can someone help me with part B? Part A A centrifugal governor consists of a central...
Can someone help me with part B?
Part A A centrifugal governor consists of a central rotating shaft that has two thin, pin-connected rods attached to it, a heavy sphere caps the end of each rod. (Figure 1) A centrifugal governor mechanically limits an engine's speed. A part of the engine turns the centrifugal governor, and if the speed exceeds a set amount, the height of the spheres decreases the driving force of the engine by reducing the fuel fow....
Please draw the forces acting on
the free body diagram if necessary and answer the question clearly.
Thank you.
Angular Momentum Two small objects of mass 2M, and 3M are attached to a rod of mass M and length '4a' as shown in the figure. If the system is rotated with angular velocity o about the axis AB shown, find the angular momentum of the system. Find Isys L = Isys W 3M 2M
Please draw the forces acting on
the free body diagram if necessary and answer the question clearly.
Thank you.
Conservation of Angular Momentum 3.) A disk of mass M and radius R is rotating with angular speed o about an axis through the center of the disk normal to the plane of the disk. Now a small mass M/2 is gently placed on the disk a distance R/2 from the center. The mass sticks to the disk and the system...
how do I prove Lf = L/2*mv?
A thin rod of mass M and length L is struck at one end by a ball of clay of mass in, moving with speed v as shown in the figure. The ball sticks to the rod. Determine the angular momentum of the clay-rod system about A (the midpoint of the rod) after the collision.
A thin uniform rod (mass= 4.0 kg, length= 120.cm) rotates about an axis that is perpendicular to the rod; the axis intersects the rod at 1/3 of the rod's length. The rod rotates about the axis at the rate of 8 full revolutions per second. a. Compute the rotational Inertia of the rod based on the given axis of rotation. b. Compute the magnitude of the angular velocity in radians per second c. Compute the tangential speed of the end...
please write clearly and and label ever answer
All of the questions on this exam concern a space station, consisting of a long thin uniform rod of mass B. 니 x 106 kg and length C. D 3 meters, with two identical uniform hollow spheres, each of mass D. 2+2 x 10kg and radius Emeters, attached at the ends of the rod, as shown below. Note that none of the diagrams shown is drawn to scale! axis (a) Suppose that...
Please draw the forces acting
on the free body diagram if necessary and answer the question
clearly. Thank you.
4. A rod AB of mass M and length L is free to rotate about a horizontal axis through A. The rod is held horizontal and the endB is released. The rod rotates about A, and when it is vertical, the end B collides with a small mass M/2 and the mass gets attached to the rod. In the Sbsequent motion,...
To apply the principle of angular impulse and momentum to
describe a particle's motion.
The moment of a force about a point O, fixed in an
inertial coordinate system, MO, and the angular momentum about the
same point, HO, are related as follows:
∑MO=H˙O
where H˙O is the time derivative of the angular momentum,
HO=r×mv. Integrating this equation with respect to time yields the
following equation:
∑∫t2t1MO dt=(HO)2−(HO)1
This equation is the principle of angular impulse and momentum,
and it...
Can someone help me with part B?
Part A A centrifugal governor consists of a central rotating shaft that has two thin, pin-connected rods attached to it, a heavy sphere caps the end of each rod. (Figure 1) A centrifugal governor mechanically limits an engine's speed. A part of the engine turns the centrifugal governor, and if the speed exceeds a set amount, the height of the spheres decreases the driving force of the engine by reducing the fuel fow....
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