Yes, weight is a measurement and torque is power. (just think kinetic energy)
The torque of a servo is how much weight the servo is rated for. Most of the weight ratings will have two different numbers for the rating, one for dead weight, and one for dragging.
The torque due to Gilles' weight on the seesaw is equal to the weight of Gilles multiplied by the distance from the pivot point to where Gilles is sitting. This torque is given by the equation: torque = weight * distance.
There are many different types of measurements. Some of these different types include, volume, weight, density, force, energy, length, speed, and torque.
torque/weight ratio of an instrument indicates sensitivity.if a pointer is having less weight, it will be having high torque/weight ratio so that even for a very small deflection pointer starts moving and indicates measured value.
say its left of the fulcrum, then its (9*2)18 n-m anti clockwise torque, to balance this ,to the right of the fulcrum, force * distance needs to be 18, any combination will do, 2*9,3*6,6*3 etc , this is clockwise torque (
The torque exerted on a seesaw is affected by the weight distribution on each end. When a person stands on the seesaw, the torque changes based on their position relative to the fulcrum. If the person hangs from the seesaw, the torque is still influenced by their weight distribution but may also be affected by their movement.
The point at which the entire weight of a body can be considered to act is called the center of gravity. This point is crucial in torque calculations, as it simplifies the analysis of rotational forces by allowing the weight to be treated as if it is concentrated at this single point. The torque is then calculated by multiplying the force (weight) by the distance from the pivot point to the center of gravity.
To prevent the table from tipping over, the torque created by the person's weight sitting on the edge must not overcome the torque due to the table's weight at the center. The torque due to the person sitting on the edge can be calculated as the person's weight multiplied by the distance from the edge. Setting this torque equal to the torque of the table gives you the maximum distance the person can sit from the edge without tipping the table.
without specifying the force its not possible to find the torque.
The torque numbers are different for each engine. Which engine and year does your car have?
Sorry, 230 ft-lbs can't be converted into Horsepower. Torque and Horsepower measure two different things...like Gallons (Volume) and Pounds (Weight) are units for two different measurements.
which bolts are you talking about? every different size bolt has a different torque spec.