Answer:
To measure resistance with a multimeter, you need to use the following parts of the meter:
The test probes are the wires with metal tips that connect the meter to the component or circuit you want to measure. They are usually color-coded as red and black. You need to insert the test probes into the appropriate ports on the meter, depending on the type and range of measurement you want to perform. For example, to measure resistance, you need to insert the red probe into the port labeled VΩ (voltage and ohms) and the black probe into the port labeled COM (common or ground).
The range selector knob is the dial that allows you to choose the mode and range of measurement you want to perform. For example, to measure resistance, you need to turn the knob to the position that shows an omega symbol (Ω), which represents ohms. Some meters have an auto range feature that automatically adjusts the range according to the value of the component or circuit you are measuring. Others have a manual range feature that requires you to select a specific range from a series of values, such as 200 Ω, 2 kΩ, 20 kΩ, etc. You should choose a range that is higher than the expected value of the component or circuit you are measuring.
The display is the screen that shows the numerical value and unit of the measurement you are performing. It may also show other symbols or indicators, such as battery level, polarity, overload, etc. Some meters have a backlight feature that allows you to see the display in dark environments. Some meters also have a hold feature that allows you to freeze the display value for later view The power button is the switch that turns the meter on or off. You should always turn off the meter when not in use to save battery life.
Based on these descriptions, I think the correct answer for matching column A with column B is:
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Column A Column B
Test Probes C
Range Selector Knob E
Display A
Power Button D
Ports B
Step-by-step explanation: