Primary secondary forces refer to the main influences acting on an object or system, typically in physics. In the context of mechanics, they include gravitational, electromagnetic, and nuclear forces. Secondary forces, on the other hand, arise from interactions between primary forces, such as friction, tension, or drag, and can affect the overall motion or stability of an object. Understanding these forces is crucial for analyzing and predicting the behavior of physical systems.
an archipelago was created by internal forces
primary stress bearing areas are the areas to which the forces acting are pendicular
Primary Ocean Forces - Forces that start water moving and are responsible for its velocity.Thermal Expansion and ContractionDensity DifferencesWindSecondary Ocean Forces - Forces that influence the direction and nature of flow.Coriolis EffectOcean Basin Shape and GyresGravitySource: The Ohio State University's ENR 201 class.
Primary Means, it is individual there is no dependence, But Secondary will allays depends on Primary, If you want to do Secondary, you should complete primary first, There is no precondition to primary, but for Secondary Primary is the Precondition, first you should do primary, then only you are able to do secondary.
primary and secondary demand
Voltage on primary/Primary turns = Voltage on secondary/Secondary turns
primary and secondary coilsAnswerPrimary and secondary windings.
Primary is IgM and secondary is IgG
The current in the secondary when the voltage is twice the primary will be one half of the primary. The current in the primary when the voltage is twice the secondary will be twice the secondary.
secondary
Secondary
The turns ratio of Primary / Secondary tells you have the voltage and current will be changed. The secondary current will be (primary turns/secondary turns) times the primary current, and the secondary voltage will be (secondary turns / primary turns) times the primary voltage.CommentThe above answer is a little misleading, because the secondary current is determined by the load, and not by the transformer's ratio. It would, therefore, be more accurate to say that the primary current would be equal to the secondary current times the (primary turns/secondary turns) -i.e. not the other way around!