A multitester scale refers to the range of measurements that a multimeter can make, such as volts, amps, and ohms. It provides a set of divisions for each unit of measurement that allows users to accurately read the values being measured. Different multitesters have different scales to accommodate various ranges of measurements.
If referring to Map Scale types 1. Ratio Scale (1:24,000) 2. Written Scale (One inch represents one mile) 3. Graphic Scale (Scale Bar)
1)Main Scale is fixed(It does not move) Vernier scale slides along main scale.2)Least count of Mainscale is 0.1cmLeast count of vernier scale is 0.01cm
Richter scale, Modified Mercalli scale, Centigrade scale, and the Moment Magnitude scale
The scale for a Tsunami is a Richter Scale. The Richter Scale is a scale that measures earthquakes, and Tsunamis are normally made by earthquakes. But be careful, because Tsunamis are normally formed by 6.5's or greater on the Richter Scale. -I hope I helped Actually, the Richter Scale is invalid, and we do not use it any more. The scale we use today is the MMS, or Moment Magnitude Scale. In the MMS, every point up the scale (Which goes from 1-10), multiplies it's magnitude by 30.
the scale that measures the acidinty is weight scale
AMBOT!
Go to highest scale on AC range
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The multitester, also known as the multimeter, seems to have been invented by Donald Macadie, a British Post Office engineer.
They are easier to read.
the multitester and its parts
The black probe is negative.
And analog multi-tester will have a meter, battery, and switch. The meter is the part that can show the conversion of analog to digital or simply act as an analog display. The battery is the power source and the switch is the part that allows you to select the specific function of the multi-tester.
by using multitester
Turn the dial to the omega symbol.
By using a Multitester.
To test a flashlight bulb with a multitester, first set the multitester to the resistance (ohms) setting. Then, touch the probes to the metal contacts at the base of the bulb; a reading near zero ohms indicates continuity and that the bulb is functional. If the display shows infinite resistance (OL), the filament is broken, and the bulb is burnt out. Always ensure the flashlight is turned off before testing.