How is torque related to rotational motion? Torque is the measure of a force's tendency to cause rotational motion. It is calculated by multiplying the force by the distance from the axis of rotation. The greater the torque, the greater the rotational motion. ...
E Torque measurement of the claw with three different contact materials (Spikes, Ecoflex silicone and PLA plastic). F Leg geometry parameter definition for the modeling of the leg. G Side-view of the optimized leg assembly. Full size image Claw geometry The geometry of the claw is modeled to...
What is torque? Is it like a seesaw? How can a seesaw be rotational? What is the gradient of the best-fit line and how does this compare to the previously calculated value of 22 km Ma^-1? How are the angle of reflection and the angle of refraction related to the index of refraction...
They may seem to defy gravity, but they don't. That effect is due to the conservation of angular momentum. What is the gyroscopic effect? This effect refers to the way a rotating object wants to maintain the axis of its rotation. Lots More Information Related HowStuffWorks Articles How Yo...
How is torque related to angular momentum? What is the voltage associated with a 1\times 10^{-3} C charge, 2 meters away from it? What does velocity calculate in hydrogeology? How are mass and velocity related in circular motion? What is the relationship between the change in velocity and...
Rigby repeated past estimates suggesting that Webb will have roughly 20 years' worth of fuel on board, but said that estimate will need to be refined as the telescope performs periodic thruster firings to "dump momentum" from torque induced on the observatory from the solar wind. "That angu...
The deduction of the momentum equation with reference to deflection starts from Hooke's law which is ϵ=σE Parallel to this concept we would have that with the flexion formula the equation would be, σ=−MyI If the two equations are united we would finally have ...
The basic effect upon which a gyroscope relies is that an isolated spinning mass tends to keep its angular position with respect to an inertial reference frame, and, when a constant external torque (respectively, a constant angular speed) is applied to the mass, its rotation axis undergoes a ...
The gyro-dynamic torque created by the combination of the flywheel angular momentum and the precession oscillation is proportional to the angular momentum and also to the precession rate. So at a fixed rpm, the angular momentum is a constant. Therefore, the gyro-dynamic torque is directly proport...
The rotational inertia I for a cylinder is I = mr2/ 2 and the angular velocity ω = v/r. By the law of conservation of energy, you can set the cylinder's initial potential energy equal to the sum of the two kinetic energies. Solving for v, we...