Answer:
The force applied will cause the object to be displaced from its equilibrium position.
However, the motion caused by the force on the object will be slight/minimal because of the small difference between the weight of the object and the force applied.
Explanation:
The weight of the object, W = 49.5 lbs
Force applied, F = 50 lbs
From the information given, it is observed that the force applied is greater than the weight of the object, i.e. F > W
Since, the force applied is greater than the weight of the object, the force applied is sufficient to cause a displacement of the object from the equilibrium position since it is known that the only cause of motion is force.
Answer:
Disadvantage, does not
Explanation:
A time-out is a procedure which involves taking out an individual from a place where an inappropriate attitude has been carried out. The procedure is done by isolating the individual from such environment for a period of time so as to put a stop to such displeasing behaviours.
The main objective of the time-out procedure is reduce further future occurrences of such behaviours. Time-out procedure van be successfully used to stop a child incessant crying all the time.
The answer to this question is <span> fixed ratio
In a </span> fixed ratio schedule of reinforcement, it requires <span>subjects to provides a set number of responses and a reward will be given after the completion of a certain numbers. Because of the high certainty, we will tend to receive high and steady rate of response if we use this type of schedule.</span>
An employee orientation and production orientation.
I'm not sure but it may be Boston Harbor?
Hope it helps!
