Type your answer stress; the force applied perunit surface area of the body that produce or tends to produce deformation in a body is called stress if a force F to a area A of a body then
stress=force/area
or o=f/a
where o (stigma) denotes stress.obviously, the SI unit of stree is newton pper square meter(Nm-2).
strain; the fractonal deformation resulting from astree is called strain
Electric currents and magnetic fields are by nature and by definition related to each other. In general, a magnetic field is created by the rotation of charge. If you imagine an electron following a circular path, a magnetic field would be created in the direction perpendicular to the plane of the circle.On the other hand, electric current is defined as the flow of charge. So, an electron flowing along a wire results in current flow. This also means that the electron following a circular path (as above) creates an electric current along that same path.If a circular flow of current results in a magnetic field perpendicular to the circle, what happens for current flow along a straight wire? Basically, we see a magnetic field which bends around the wire. Imagine exactly the reverse as before, with the magnetic field circling around the direction of current flow.This basic relationship between electric current and magnetic fields results in some interesting interactions:1. Many electromagnets work by the following principle: A coil of wire is made so that when voltage is applied the current will follow a circular path. As discussed above this circular movement of charge results in a magnetic field. In this case, you can imagine the direction of the magnetic field as the line through the center of the wire coil.2. The Hall Effect: When current is applied across a conductive slab and a magnetic field is applied perpendicular to current flow, a voltage is generated in the third perpendicular direction. This occurs due to the interaction of the magnetic field generated by the flow of current and the applied magnetic field.
depends on whether thermo used on gas or elec. unit, heat pump, strip heat, etc. red wire is hot wire. White wire goes to heat. yellow wire goes to outdoor unit contactor. green wire goes to indoor fan. blue or brown wire goes to reversing valve on outdoor unit.
That Thermostat is LOW voltage. IT does not have a ground wire. There is no need for a ground. it only opperates on 24 volts. there may be a green wire but it does not mean it is a ground
I was a soldier so I dealt with both types alot. Constantina wire has sharp little squares where as razor wire has bigger razor blade shaped barbs.
Fuse wire is designed to open under over current conditions. Just like a fuse.
The stress is 0.065 newton, plus a component at each point that's due to the weight of the wire below that point. That component depends in turn on the density of the material of which the wire is formed. The strain and elongation both depend on the ductility of the material of which the wire is formed.
The strain wire is used in the construction of bridges to measure the stress and strain on the structure. It helps engineers monitor the load and ensure the bridge is safe for use.
F = {YA(dl)}/L Stress = Restoring Force/Area Stress = {Y(dl)}/L (Strain) x (Y) = Stress Strain = (dL)/L Y : Young's Modulus A : Area dL or dl : Change in length
Strain is the change in dimensions per unit original dimensions. For example, if your stretch a 100 cm long wire by 5 cm, Strain = 5/100 = 0.05
Stress is the load per unit area acting within a material. It can be thought of as the internal resistive response of a material to an externally applied pressure.Strain is the change in shape of an object in response to external pressure or internal stress. To complicate matters, strain causes the transmission of stress through an object (as in simple terms the strain causes an internal "movement" causing one part of the inside of an object to press against the material next to it generating stress in this region, this in turn can cause more strain and so on!).There are a number of differing types of strain, for example axial strain is defined as the change in length relative to the original length of an object (e.g. a steel wire being stretched). This change in shape is also called deformation. Volumetric strain occurs when an object is squashed or pulled on all sides leading to a change in volume.
You could use a micrometer to measure its diameter. Preferably measure at several locations and use the average. Then cross-sectional area = (1/4)*pi*d2 --------------------------------------------------------------------------------------------------- Here is a cheaper alternative: A=V/L where, A= the cross-sectional area of the wire V= the volume of the wire, measured using water displacement. L= the length of the wire, measured using a ruler also if the wire gauge is known simply use the following formula to obtain diameter: D=.005*92^((36-gauge#)/39) As far as young's modulus calculation goes, here is the general procedure: Catalog the force applied to both ends of the wire with time. use a strain gauge to measure the axial strain with time. calculate the engineering stress using S=F/A. plot the stress verses axial strain and then isolate the elastic portion of the plot. This is the portion of the plot where the slope is constant. The slope can be taken as Young's Modulus.
The insulation on a wire is applied after the wire is drawn to size.
Increase the voltage applied to the wire. Decrease the resistance of the wire.
A wire with some resistance and a voltage applied to it The amount of current I passing this wire is V/R
The definition of connecting wire is a piece of wire used to attach two circuits or components together. The gauge or size of the wire must be large enough to support the amount of current flow.
Increasing the voltage applied to a wire will increase the electric field, which in turn accelerates the charge carriers (usually electrons) in the wire, leading to an increase in current. Similarly, decreasing the resistance of the wire allows more current to flow for the same voltage applied, achieving a similar effect of increasing the current. Both actions result in a greater flow of charge carriers through the wire.
tensile stress is the force ehich applies on a body and the force exert by this body against this force is called tensile strength... simply tansile strength measure the force required the force to pull yhe body like rope and wire .