Which if the following boxes below represents a stable system? describe how a disturbance to this box would affect it. use the terms center of mass and equilibrium in your response.

Test: Interaction of Forces Unit Test Answers:

D.The balls both have the same electrical charge.

C.The magnetic force will be strongest on box #1.

B.Load or an electrical device

A.motion

C.Insulators obstruct the flow of electrons, whereas conductors allow electron to flow freely.

B.A parallel circuit has more than one path for the circuit to take.

D.Box B because it has more mass.

A.It will be an unstable system because it will not be able to recover from the disturbance.

B.7.0 ohms

B.on.

C.Mars has less mass than Earth.

B.solenoid

B.static electricity.

B.false

The magnetic forces makes a maglev train to float above the tracks because of the repulsion property and similar magnetic poles.

Box A isn't stable and will fall over since it's being pulled down and if you push it if nothing is around to secure it's movements. Box B is stable and will only side if nothing is around to secure it's movements. The mass of the boxes could also affect what would happen if you pushed the box, if Box B had a heavy mass it most likely wouldn't move. If Box A had more equilibrium and a heavy mass, It would have a better chance of not falling over.

<3 Enjoy,

    Dea

He cambiado el dato de la segunda carga a 6 microcoulomb para hacer el problema balanceado. De todas maneras, el procedimiento será el mismo y puedes usarlo para tu propio problema.

Explanation:

Fuerza electrostática

La fuerza de repulsión o atracción entre dos cargas elécticas q1 y q2, separadas una distancia d, se puede calcular con la fórmula de Coulomb:

Siendo:

Tenemos que las cargas son de 2μc y 6μc separadas 1.5 metros.

Transformamos las cargas a coulomb:

Aplicamos la fórmula:

Calculando: