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please, don't provide handwriting solution

V. Match the image with the setting Match the image with the correct digital-multimeter setting. Your setting choices are "resistance", "AC voltage", "DC voltage", "milli-ammeter", "ammeter" and "incorrect configuration." Write down the correct label below each image. mA mA (2 mA 88.88 (88.88 mA V~ A COM VO || COM VO (88.88) mA mA A COM V2 mA 88.88 52 O mA A COM να mA mA mA 88.88 53 COM VO 88.88 mA A COM να

Provide answers for the following: a)      In Karnaugh Maps, what distinguishes cells that are adjacent and cells that are not? b)      For grouping of 1’s, each 1 must be included in at least one group. Is this statement correct (Yes/No)? Please explain your answer.

answer number 1 plzzz

 THE ANSWER IS NOT A OR B  Solve carefully - The answer is either option C or option D Make sure it’s correct !!! 

Please help!!

I need help with questions 4.1,4.2,5.2,5.2, and 5.3 the first picture gives what you need to know

Draw diagrams to show how to connect a Digital Multimeter (DMM) for the following situations: (i) to measure the voltage at a specific point in a circuit (ii) to measure the voltage across a component in a circuit (iii) to measure the current flow at a specific point in a circuit

What can you do in the sim

Name Section 6-2: Selector Switches Complete the truth tables for the circuits. Place an X in the appropriate box to indicate the closed contacts. 1. 2. AUTO A -e B D HAND o o POSITION AUTO HAND POSITION UP DOWN RIGHT A 2014 American Technical Publishers, Inc. All rights reserved O O TEST CONTACTS TEST TEST A B C D M1 CONTACTS B C D 88 M1 M2 Date SOLENOID R SOL 1 SOL 2 CR1 M1 # ALL OLS #* L2

given the following electronic components, 4 x 220ohm resistors, 3 x 10kohm resistors, 3 x pushbuttons, 3 LEDs (green, red,yellow), a buzzer, and a potentiometer. Make an electronic circuit which will work in a way that, the green LED is switched on by a pushbutton to indicate that the device is ON. The potentiometer should be an analog input to control the RED LED, which should set to a cetain threshold, and when the state of the potentiometer is above the set threshold, the red LED go ON. Below the threshold the red LED go OFF.When the second pushbutton is pressed the audio alarm is heard from the buzzer. when the third pushbutton is pressed the yellow led go ON. This circuit should work in a way that the green LED should not go OFF when the pushbutton  is released, and it should be able to supply power to the other components until it is pressed again ( switching the circuit OFF). The buzzer should be cut off by the third pushbutton which will also be switching ON the Yellow LED.…