A: Not a positive indication but if it is close to the voltage to either bus it can be saturated. Another sure way is applying more input signal but the device does not respond that is because it is saturated .
When a solution has gained as much solute as it can at a given temperature, it has reached the point of saturation. At this point, no more solute can dissolve in the solvent, and any excess solute will remain undissolved in the solution.
When current reaches saturation in a device like a transistor, it means the device can no longer increase the output current even if the input continues to increase. This generally indicates that the device has reached its maximum current-carrying capacity and can lead to distortion in the output signal.
With few exceptions, if you increase the temperature of the solvent, you will increase the amount of solute that a solution will hold. So, let's say you have a saturated NaCl solution in water at room temperature. Put the beaker on a hot plate and heat it up, and it will be able to dissolve more salt. Cool it back down and it will become supersaturated (and unstable.)
The saturation point can be determined using the density by measuring the density of the sample at different levels of saturation. The point at which the density no longer changes with increasing saturation is the saturation point. This is because at full saturation, the pores of the material are completely filled with the saturating fluid, leading to a maximum density.
When no more substance will dissolve in a solution, it is called saturation. Saturation occurs when the maximum amount of solute has been dissolved in the solvent at a specific temperature. Any additional solute added will not dissolve and will remain as a solid at the bottom of the container.
saturation
Clouds are at their coldest point and the air has to be reached its saturation.
When a solution has gained as much solute as it can at a given temperature, it has reached the point of saturation. At this point, no more solute can dissolve in the solvent, and any excess solute will remain undissolved in the solution.
It is the CE (collector - emitter) voltage at a given collector current when the transistor is fully on. Increasing the base current will not lower the CE voltage any more once saturation has been reached.
Such a solution is called is called unsaturated solution. In such a solution the salt dissolved hasn't reached the level of saturation. Also, more solute can be dissolved if temperature is increased after reaching the saturation.
A solution in which more solute can be dissolved has not reached saturation. It is an unsaturated solution.
it doesn't depend on the temperature but depends on how much water was evaporated
Suspensions occur when a liquid has reached a total saturation point and can no longer dissolve a substance into the liquid. The solvent is then suspended in the solution
Dissolving power refers to the ability of a solvent to dissolve a certain amount of a solute.Once no more solute can be dissolved in a solvent it is said to be reached to its saturation point. By changing temperature and pressure of a solution that has reached its saturation point, some more solute can be dissolved and thereby make a supersaturated solution.
Saturation stage is a point in a product's lifecycle where market demand is reached, leading to slower growth rates. Decline stage is when sales and profit decrease as the product's appeal diminishes due to market saturation, changing consumer preferences, or technological advancements. Both stages require strategic decisions to maximize profits, such as product diversification or cost optimization.
The performance parameter ¿Saturation Throughput¿ is defined as the limit reached by the system throughput as the offered system load increases. This parameter is evaluated under overloaded conditions, i.e., the transmission queue of each station is assumed to be always nonempty.
In geography, saturation refers to the point at which a particular area or environment can no longer absorb or retain any additional quantity of a substance, such as water in the soil. This can affect various natural processes and landscapes, including groundwater infiltration, plant growth, and soil erosion.