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A Particle Is Said to Be in Static Equilibrium If

question 96

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A particle is said to be in static equilibrium if the resultant of all forces applied to it is zero. Find the force F that must be applied to a particle to produce static equilibrium if there are two forces, each of 10 N, applied so that one acts A particle is said to be in static equilibrium if the resultant of all forces applied to it is zero. Find the force F that must be applied to a particle to produce static equilibrium if there are two forces, each of 10 N, applied so that one acts   above the positive x-axis and the other acts   below the positive x-axis. Give the magnitude of the resultant, in newtons, acting in the negative x direction. A)  10 B)  20 C)    D)    E)  40 above the positive x-axis and the other acts A particle is said to be in static equilibrium if the resultant of all forces applied to it is zero. Find the force F that must be applied to a particle to produce static equilibrium if there are two forces, each of 10 N, applied so that one acts   above the positive x-axis and the other acts   below the positive x-axis. Give the magnitude of the resultant, in newtons, acting in the negative x direction. A)  10 B)  20 C)    D)    E)  40 below the positive x-axis. Give the magnitude of the resultant, in newtons, acting in the negative x direction.


Definitions:

Explicit Memories

Memories of specific facts and experiences that individuals can consciously know and declare.

Implicit Memories

Concerns memories that are unconsciously and automatically retrieved, influencing thoughts and behaviors without explicit awareness.

Spatial Memory

The ability to remember the location of objects, their arrangement in space, and navigate between locations.

Hippocampus

A region of the brain that is associated with the formation of new memories and is involved in learning and emotions.

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