As I understand who so ever has asked this question,he/she means to ask how a pH meter/indicator works and how the controller would control the pH being monitored/measured! Generally the pH of liqid is measured using the pH electrodes(the Glass one and the Ref. one)These are dipped in the liquid and the liquid is stirred a bit to form/create a bridge connection between the Ref.electrode junction and the Glass electrode membrane junction having a very high impedence and a very minute amount of current would flowdue to the Hydogen Ion concentration of the liquid under measurement generating proportional milivolt signal.This signal is measured and generally it is 54.1 milivolt per pH.The values pf pH are between 0 to 14 as number where 7 means Neutral,0 to 6.99--is acidic and 7.0001 to 14 is Basic. The pH control part is to add such chemicals to the upstream of liquid sample being measured which would change the pH as required(The added chemicals add the Hydrogen Ions or subtracts the same).
I just got a Bravo pH monitor to detect acid levels in my body. If I smoke cigarettes can they know that by the monitor?
It is probably to attach to an LCD monitor.
The video controller is an interface between the monitor and the cpu. The video controller determines many aspects of a monitor's performance, such as resolution or the number of colours displayed.The video controller contains its own on board prcessor and memory, called RAM(VRAM)
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CAT Controllers actually mentions that its pH controller is for ""consumers using salt-chlorine systems" http://www.catcontrollers.com/products/cat1000.htm Yes. Many commercial pools that use salt systems also have pH/ORP controllers. ORP technology is fairly costly so using a pH only controller with a salt system would be a good lower cost solution.
Procedural controller just use the information of radar monitor but can't be the positive control to handle the aircraft separation
Wow you might have to study until she gives it back
Scientists monitor pH values of rivers and lakes to assess water quality and determine if it is suitable for supporting aquatic life. Changes in pH can indicate pollution from sources like acid rain or agricultural runoff, and can have harmful effects on the ecosystem. Monitoring pH helps to track these changes and take necessary actions to protect the environment.
The study of salt, bases, and acids is called chemistry. These substances play important roles in chemical reactions and pH levels in various systems. Understanding their properties and reactions is essential in various scientific fields.
Hydrologists study flooding.
You can raise the pH of the soil by adding lime or other soil amendments that increase pH. Test the soil again after amending to ensure that the pH is around 6. Make sure to monitor the pH periodically to maintain the desired level for optimal plant growth.
Servos controllers deal with the robotic field. One type of servo controller is HiTechnic. Once configured, you can monitor and control six drives through an NXT sensory port.