The phrase "acceleration or force" is correct and usable in written English.
It can be used in contexts discussing physics, mechanics, or any situation where these two concepts are relevant.
Example: "In this experiment, we need to determine whether the outcome is influenced more by acceleration or force."
Alternatives: "change in velocity or push" or "rate of change or exertion".
It is shown that these three objectives cannot be realized simultaneously if only acceleration or force feedback is used.
And so more typically what you would think of doing is measuring the output angle, and then using that measurement to somehow influence the applied acceleration or force.
Typical active vibration isolation experiments use point measurements of acceleration or force at the junction between the vibratory source and the receiving structure.
When assessing how someone may swing a golf club, there are two components to the swing, the dispersion (or measurement of the distance moved) and the acceleration or force.
As shown in the Fig. 1 above, one can see that the amount of lateral acceleration or centrifugal force experienced by the passengers depends on the summation of both centrifugal and centripetal forces.
We experience this curvature in 4-dimensions as a changing acceleration or gravitational force between these objects.
These acceleration or deceleration forces, expressed as multiples of gravity, or G's, force blood from the upper part of the body -- including the brain -- to the legs and feet, and also impair breathing.
"The impact of the elevator at the bottom of the shaft would subject you to extreme gravitational acceleration, or G-forces," Dr. Frank explained.
To prevent this, the 911 engine was given two oil pumps, one to keep a reservoir tank full of oil and a second pump to feed oil from the tank to the moving parts, regardless of cornering, acceleration or braking forces.
Control inputs may be vehicle speed, load, acceleration, lateral force, or a driver preference.
Historically, devices such as movement, proximity, force, acceleration, or light sensors are used to detect human access to the robot workspace and to stop the execution of the robot task.
