it directly measures...
It measures the volume of a liquid
It measures half the sum of the arcs it intercepts.
The third angle measures 18 degrees.
An angle that measures 210 degrees is a reflex angle.
A protractor measures the degree of angles and circles.
A conductometer measures the electrical conductivity of a solution by passing a small electric current through it and measuring the resulting resistance. The conductivity of the solution is directly proportional to the concentration of ions present in the solution, making it a useful tool for determining the purity of water and monitoring chemical reactions.
Conductance titration works on the principle of ohm's law. If we are to find the strength of a acid then we take that acid into a beaker and dip the electrode of conductometer into the acid solution. This measures the conductance of acid. Now, we titrate this acid solution against the base of known molarity, the conductance starts decreasing. This is due to the binding of H+ ions of acid with the OH- of Base until a point is reached where conductance is minimum. When we move forward the conductance starts increasing again. This is now due to the free ions of Base present in solution. The conductance produced by an ion is proportional to its concentration (at constant temperature),
When referring to electrical conductance, it is used in the application of electricity to equipment. Electrical conductance measures the equipment's ability to conduct electrical charge. A practical application would be to decrease the resistance in an electrical circuit so that the conductance is higher and electricity flows more smoothly.
A porometer measures stomatal conductance by determining the rate of water vapor movement through small pores on plant leaves. The device creates a small gradient of water vapor concentration and measures the rate at which water vapor diffuses through the leaf surface, providing a direct measurement of stomatal conductance.
Conductance is measured in siemens (S), which is the reciprocal of resistance (1/R). Conductance measures how well a material conducts electric current.
No particular reason. Perhaps because the upside-down omega looks a bit like a gamma. Conductance in Mhos now is measures in Siemens (S).
A conductometer measures the electrical conductivity of ionic solutions. This is done by applying an electric field between two electrodes. The ions wander in this field. The anions migrate to the anode and the cations to the cathode. In order to avoid substance conversions and the formation of diffusion layers at the electrodes (polarization), work is carried out with alternating voltage
A hygrometer that uses a lithium chloride sensor measures relative humidity by sensing changes in electrical conductance. As humidity levels change, the conductivity of the lithium chloride sensor varies, allowing for the calculation of relative humidity based on these changes.
The SI unit of molar conductance is siemens per mole per meter (S∙m²∙mol⁻¹) or m²∙s⁻¹∙mol⁻¹. It measures the ability of a substance to conduct electric current per unit concentration and distance.
GSR, Galvanic, Skin Response, also known as Skin conductance is a method by which one measures the conductivity of one's skin which varies with the level of moisture.
Siemens measures electrical conductance. It is the dimensional reciprocal of Ohms. So if you measured resistance at 0.002 Ohms, the equivalent conductance is 500 Siemens. Note, this unit has been called mhos (Ohm spelled backward) as well. The symbol is an upside down greek upper-case omega character (just like Ohm uses a greek omega).
Staff are divided into measures based on their individual roles, responsibilities, and performance within an organization.